 |
Taheri, Mehdi
A novel approach to enhance the joints performance of AA1100 joints fabricated by Friction Stir Welding (FSW) [Volume 9, Number 2] |
|
Azimiroeen, Ghasem
A novel approach to enhance the joints performance of AA1100 joints fabricated by Friction Stir Welding (FSW) [Volume 9, Number 2] |
|
Golzar, Mohammad
Experimental comparison of extruded and 3D-printed copper parts for manufacturing induction hardening coils [Volume 9, Number 2] |
|
Safari, Mehdi
Experimental comparison of extruded and 3D-printed copper parts for manufacturing induction hardening coils [Volume 9, Number 2] |
|
Zamzami, Behnam
Experimental comparison of extruded and 3D-printed copper parts for manufacturing induction hardening coils [Volume 9, Number 2] |
|
Sartibi, Jamal
Microstructure and Mechanical Properties of Thin-Walled SS316L Fabricated by IP-GMAW-Based via WAAM [Volume 9, Number 2] |
|
Hamed Zargari, Habib
Microstructure and Mechanical Properties of Thin-Walled SS316L Fabricated by IP-GMAW-Based via WAAM [Volume 9, Number 2] |
|
Ziaei Laleh, Vahid
Microstructure and Mechanical Properties of Thin-Walled SS316L Fabricated by IP-GMAW-Based via WAAM [Volume 9, Number 2] |
|
Akbari Mousavi, Ali Asghar
Investigation of the effect of explosive parameters on the interface, mechanical properties and corrosion behavior of heterogeneous joints of phosphor bronze and St37 steel using explosive welding process [Volume 9, Number 2] |
|
mohammadi, ebrahim
Investigation of the effect of explosive parameters on the interface, mechanical properties and corrosion behavior of heterogeneous joints of phosphor bronze and St37 steel using explosive welding process [Volume 9, Number 2] |
|
Rashedi, Hojat
Microstructural Engineering of Crack-Free and Corrosion-Resistant Weld Interfaces in Gray Cast Iron Surface Repairs Using IP-GMAW [Volume 9, Number 2] |
|
Mahdavi, Soheil
Microstructural Engineering of Crack-Free and Corrosion-Resistant Weld Interfaces in Gray Cast Iron Surface Repairs Using IP-GMAW [Volume 9, Number 2] |
|
Hamed Zargari, Habib
Microstructural Engineering of Crack-Free and Corrosion-Resistant Weld Interfaces in Gray Cast Iron Surface Repairs Using IP-GMAW [Volume 9, Number 2] |
|
Ziaei Laleh, Vahid
Microstructural Engineering of Crack-Free and Corrosion-Resistant Weld Interfaces in Gray Cast Iron Surface Repairs Using IP-GMAW [Volume 9, Number 2] |
|
Ashiri, R.
Investigation of the effect of pulse frequency in gas tungsten arc welding (GTAW) of IN738LC nickel-based superalloy [Volume 11, Number 2] |
|
Boutorabi, S. M. A.
Investigation of the effect of pulse frequency in gas tungsten arc welding (GTAW) of IN738LC nickel-based superalloy [Volume 11, Number 2] |
|
Sahihi, R.
Investigation of the effect of pulse frequency in gas tungsten arc welding (GTAW) of IN738LC nickel-based superalloy [Volume 11, Number 2] |
|
Abdollah-Pour, H.
Surface composite AA5083/Al12Mo fabricated via friction stir processing: Analysis of strengthening mechanisms, serrated flow delay, and corrosion resistance [Volume 11, Number 2] |
|
Karbalai-Rashid S. A., M.
Surface composite AA5083/Al12Mo fabricated via friction stir processing: Analysis of strengthening mechanisms, serrated flow delay, and corrosion resistance [Volume 11, Number 2] |
|
Shirvani, K.
Microstructural evolution of Inconel 738LC joints using two-step heating TLP bonding [Volume 11, Number 2] |
|
Beidokhti, B.
Microstructural evolution of Inconel 738LC joints using two-step heating TLP bonding [Volume 11, Number 2] |
|
Amirkhani, A.
Microstructural evolution of Inconel 738LC joints using two-step heating TLP bonding [Volume 11, Number 2] |
|
Faghani, Gh.
Effect of Degree of Dilution on the Adhesion and Continuity of The ER2209 Clad layer on AISI 1030 Cast Steel [Volume 11, Number 2] |
|
Karbakhsh Ravari, B.
Effect of Degree of Dilution on the Adhesion and Continuity of The ER2209 Clad layer on AISI 1030 Cast Steel [Volume 11, Number 2] |
|
Sabet, H.
Effect of Degree of Dilution on the Adhesion and Continuity of The ER2209 Clad layer on AISI 1030 Cast Steel [Volume 11, Number 2] |
|
Lotfi, M.
Effect of Degree of Dilution on the Adhesion and Continuity of The ER2209 Clad layer on AISI 1030 Cast Steel [Volume 11, Number 2] |
|
Saboori, A.
Effect of laser polishing on surface properties of Ti-6242 alloy fabricated by electron beam powder bed fusion method [Volume 11, Number 2] |
|
Atapour, M.
Effect of laser polishing on surface properties of Ti-6242 alloy fabricated by electron beam powder bed fusion method [Volume 11, Number 2] |
|
Emami Ghalehghasemi, A. H.
Effect of laser polishing on surface properties of Ti-6242 alloy fabricated by electron beam powder bed fusion method [Volume 11, Number 2] |
|
Saebi, M. H.
Effect of laser polishing on surface properties of Ti-6242 alloy fabricated by electron beam powder bed fusion method [Volume 11, Number 2] |
|
Reihanian, M.
Investigation of the effect of process temperature and time on the corrosion behavior of Al₀.₅CoCrFeMnTi₀.₅ high-entropy alloy coatings applied on plain carbon steel by diffusion bonding method [Volume 11, Number 2] |
|
Ranjbar, Kh.
Investigation of the effect of process temperature and time on the corrosion behavior of Al₀.₅CoCrFeMnTi₀.₅ high-entropy alloy coatings applied on plain carbon steel by diffusion bonding method [Volume 11, Number 2] |
|
Dehmolaei, R.
Investigation of the effect of process temperature and time on the corrosion behavior of Al₀.₅CoCrFeMnTi₀.₅ high-entropy alloy coatings applied on plain carbon steel by diffusion bonding method [Volume 11, Number 2] |
|
Ahmadpour, S.
Investigation of the effect of process temperature and time on the corrosion behavior of Al₀.₅CoCrFeMnTi₀.₅ high-entropy alloy coatings applied on plain carbon steel by diffusion bonding method [Volume 11, Number 2] |
|
Heidarzadeh, A.
Experimental and numerical evaluation of groove depth effect on microstructural and mechanical behavior in repairing 7075 aluminum alloy by friction stir welding [Volume 11, Number 2] |
|
Abyazi, A.
Experimental and numerical evaluation of groove depth effect on microstructural and mechanical behavior in repairing 7075 aluminum alloy by friction stir welding [Volume 11, Number 2] |
|
Saeimi Sadigh, M. A.
Experimental and numerical evaluation of groove depth effect on microstructural and mechanical behavior in repairing 7075 aluminum alloy by friction stir welding [Volume 11, Number 2] |
|
Sajed, M.
Experimental and numerical evaluation of groove depth effect on microstructural and mechanical behavior in repairing 7075 aluminum alloy by friction stir welding [Volume 11, Number 2] |
|
Dadashpour, R.
Experimental and numerical evaluation of groove depth effect on microstructural and mechanical behavior in repairing 7075 aluminum alloy by friction stir welding [Volume 11, Number 2] |
|
Almasi, A.
Effect of FSSW parameters on the microstructure and mechanical properties of 5754 aluminum alloy [Volume 11, Number 2] |
|
Zadshakoyan, M.
Effect of FSSW parameters on the microstructure and mechanical properties of 5754 aluminum alloy [Volume 11, Number 2] |
|
Yoozbashi, M.N.
Effect of FSSW parameters on the microstructure and mechanical properties of 5754 aluminum alloy [Volume 11, Number 2] |
|
Ansari Lale, M.
Effect of FSSW parameters on the microstructure and mechanical properties of 5754 aluminum alloy [Volume 11, Number 2] |
|
Borhani, M.R.
Mechanical and microstructural properties investigation of functionally graded Stellite6/17-4PH fabricated by direct laser deposition [Volume 11, Number 2] |
|
Pirali, P.
Mechanical and microstructural properties investigation of functionally graded Stellite6/17-4PH fabricated by direct laser deposition [Volume 11, Number 2] |
|
Shoja Razavi, R.
Mechanical and microstructural properties investigation of functionally graded Stellite6/17-4PH fabricated by direct laser deposition [Volume 11, Number 2] |
|
Ilanlou, M.
Mechanical and microstructural properties investigation of functionally graded Stellite6/17-4PH fabricated by direct laser deposition [Volume 11, Number 2] |
|
Dehmolaei, R.
Enhancing Hastelloy X weld properties using pulsed current GTAW process [Volume 11, Number 2] |
|
Reihanian, M.
Enhancing Hastelloy X weld properties using pulsed current GTAW process [Volume 11, Number 2] |
|
Ranjbar, Kh.
Enhancing Hastelloy X weld properties using pulsed current GTAW process [Volume 11, Number 2] |
|
Adelian, A.
Enhancing Hastelloy X weld properties using pulsed current GTAW process [Volume 11, Number 2] |
|
Ashiri, R.
Effect of GTAW repair welding and post-weld heat treatment on the microstructure and hardness of IN939 superalloy [Volume 11, Number 2] |
|
Shahriari, M. S.
Effect of GTAW repair welding and post-weld heat treatment on the microstructure and hardness of IN939 superalloy [Volume 11, Number 2] |
|
Jafarzadeh, A. H.
Effect of GTAW repair welding and post-weld heat treatment on the microstructure and hardness of IN939 superalloy [Volume 11, Number 2] |
|
Heidarzadeh, A.
An experimental study on surface groove repair in pure magnesium using surface friction stir processing [Volume 11, Number 2] |
|
Abyazi, A.
An experimental study on surface groove repair in pure magnesium using surface friction stir processing [Volume 11, Number 2] |
|
Saeimi Sadigh, M. A.
An experimental study on surface groove repair in pure magnesium using surface friction stir processing [Volume 11, Number 2] |
|
Sajed, M.
An experimental study on surface groove repair in pure magnesium using surface friction stir processing [Volume 11, Number 2] |
|
Karimi Dizaj Cheragh, M.
An experimental study on surface groove repair in pure magnesium using surface friction stir processing [Volume 11, Number 2] |
|
khorram, ali
Optimization of the process map of Inconel 738LC alloy produced by selective laser melting based on the use of linear regression method combined with genetic optimization algorithm [Volume 9, Number 2] |
|
barekat, masoud
Optimization of the process map of Inconel 738LC alloy produced by selective laser melting based on the use of linear regression method combined with genetic optimization algorithm [Volume 9, Number 2] |
|
mozafarinia, reza
Optimization of the process map of Inconel 738LC alloy produced by selective laser melting based on the use of linear regression method combined with genetic optimization algorithm [Volume 9, Number 2] |
|
shoja razavi, reza
Optimization of the process map of Inconel 738LC alloy produced by selective laser melting based on the use of linear regression method combined with genetic optimization algorithm [Volume 9, Number 2] |
|
talebipour, mostafa
Optimization of the process map of Inconel 738LC alloy produced by selective laser melting based on the use of linear regression method combined with genetic optimization algorithm [Volume 9, Number 2] |
|
Ashiri, Rouholah
Effect of welding parameters on energy absorption and fracture mode in resistance spot welding of automotive steels [Volume 9, Number 2] |
|
shabestari, saeed
Effect of welding parameters on energy absorption and fracture mode in resistance spot welding of automotive steels [Volume 9, Number 2] |
|
Mojaver, Amir Siavash
Effect of welding parameters on energy absorption and fracture mode in resistance spot welding of automotive steels [Volume 9, Number 2] |
|
Ashiri, Rouholah
Investigation and Analysis of the Effect of TiO₂ Flux in Activated Gas Tungsten Arc Welding (A-GTAW) Welding of Inconel 738LC Nickel-Based Superalloy [Volume 9, Number 2] |
|
goodarzi, Masoud
Investigation and Analysis of the Effect of TiO₂ Flux in Activated Gas Tungsten Arc Welding (A-GTAW) Welding of Inconel 738LC Nickel-Based Superalloy [Volume 9, Number 2] |
|
Pooreskandari, Hamidreza
Investigation and Analysis of the Effect of TiO₂ Flux in Activated Gas Tungsten Arc Welding (A-GTAW) Welding of Inconel 738LC Nickel-Based Superalloy [Volume 9, Number 2] |
|
Mousavi Mohammadi, S. A.
The effect of current intensity on liquid metal embrittlement in resistance spot welding of QP1180 steel [Volume 11, Number 1] |
|
Elmi Hosseini, S. R.
The effect of current intensity on liquid metal embrittlement in resistance spot welding of QP1180 steel [Volume 11, Number 1] |
|
Farbakhti, M.
The effect of current intensity on liquid metal embrittlement in resistance spot welding of QP1180 steel [Volume 11, Number 1] |
|
Khorsand, H.
Investigation of factors affecting solidification defects in dissimilar Ti6Al4V-Inconel 718 joints by TLP using BNi2-Cu foil [Volume 11, Number 1] |
|
Pourmorad Kaleybar, S.
Investigation of factors affecting solidification defects in dissimilar Ti6Al4V-Inconel 718 joints by TLP using BNi2-Cu foil [Volume 11, Number 1] |
|
Heidarzadeh, A.
Effect of friction stir welding on microstructure, phase transformations, and mechanical properties of austenitic Fe-24Ni-4Cr steel [Volume 11, Number 1] |
|
Aghazadeh Ghomi, M.
Effect of friction stir welding on microstructure, phase transformations, and mechanical properties of austenitic Fe-24Ni-4Cr steel [Volume 11, Number 1] |
|
Jafarian, H.R.
Effect of friction stir welding on microstructure, phase transformations, and mechanical properties of austenitic Fe-24Ni-4Cr steel [Volume 11, Number 1] |
|
Tehrani-Moghadam, H.G.
Effect of friction stir welding on microstructure, phase transformations, and mechanical properties of austenitic Fe-24Ni-4Cr steel [Volume 11, Number 1] |
|
Erfanmanesh, M.
Experimental-statistical analysis for laser cladding of 2507 duplex steel wire on VCN200 steel by response surface methodology [Volume 11, Number 1] |
|
Borhani, M. R.
Experimental-statistical analysis for laser cladding of 2507 duplex steel wire on VCN200 steel by response surface methodology [Volume 11, Number 1] |
|
Barekat, S. M.
Experimental-statistical analysis for laser cladding of 2507 duplex steel wire on VCN200 steel by response surface methodology [Volume 11, Number 1] |
|
Shoja Razavi, S. R.
Experimental-statistical analysis for laser cladding of 2507 duplex steel wire on VCN200 steel by response surface methodology [Volume 11, Number 1] |
|
Agharazi, B.
Experimental-statistical analysis for laser cladding of 2507 duplex steel wire on VCN200 steel by response surface methodology [Volume 11, Number 1] |
|
Ashiri, R.
Investigating the effect of zinc coating on microstructure and mechanical properties in resistance spot welding of QP980 advanced high-strength automotive steel [Volume 11, Number 1] |
|
Bahmani, A.
Investigating the effect of zinc coating on microstructure and mechanical properties in resistance spot welding of QP980 advanced high-strength automotive steel [Volume 11, Number 1] |
|
Maleki, A.
Development and characterization of lead-free Sn-Zn solder produced by angular accumulative extrusion as an alternative to commercial Sn-Pb solder [Volume 11, Number 1] |
|
Niroumand, B.
Development and characterization of lead-free Sn-Zn solder produced by angular accumulative extrusion as an alternative to commercial Sn-Pb solder [Volume 11, Number 1] |
|
Azadi Renani, M. J.
Development and characterization of lead-free Sn-Zn solder produced by angular accumulative extrusion as an alternative to commercial Sn-Pb solder [Volume 11, Number 1] |
|
Vojdanpak, M. K.
Development and characterization of lead-free Sn-Zn solder produced by angular accumulative extrusion as an alternative to commercial Sn-Pb solder [Volume 11, Number 1] |
|
Yousefieh, M.
Microstructure evaluation and mechanical properties of friction stir welding of accumulative roll bonded AA2024/AA5083 composite strips [Volume 11, Number 1] |
|
Qods, F.
Microstructure evaluation and mechanical properties of friction stir welding of accumulative roll bonded AA2024/AA5083 composite strips [Volume 11, Number 1] |
|
Sajjadi Nikoo, S.
Microstructure evaluation and mechanical properties of friction stir welding of accumulative roll bonded AA2024/AA5083 composite strips [Volume 11, Number 1] |
|
Akbari Mousavi, S. A. A.
Numerical analysis of factors affecting thermal distribution and residual stress in pulsed Nd:YAG laser welding of 316 L stainless steel [Volume 11, Number 1] |
|
Hosseini, S. A
Numerical analysis of factors affecting thermal distribution and residual stress in pulsed Nd:YAG laser welding of 316 L stainless steel [Volume 11, Number 1] |
|
Rajabi, Z.
Effect of arc current of GTAW process on microstructural changes, hardness and tribological properties of Fe/NiCrMo composite coating [Volume 11, Number 1] |
|
Khayati, Gh. R.
Effect of arc current of GTAW process on microstructural changes, hardness and tribological properties of Fe/NiCrMo composite coating [Volume 11, Number 1] |
|
Arjmand, S.
Effect of arc current of GTAW process on microstructural changes, hardness and tribological properties of Fe/NiCrMo composite coating [Volume 11, Number 1] |
|
Saeid, T.
Investigation on using Cu, Zn and α-brass interlayers in ultrasonic welding of CP-Ti to St12 [Volume 11, Number 1] |
|
Bashirzadeh, F.
Investigation on using Cu, Zn and α-brass interlayers in ultrasonic welding of CP-Ti to St12 [Volume 11, Number 1] |
|
Pouranvari, M.
Assessment of CMT and GMAW in WAAM of austenitic stainless steel 310: mitigating hot cracking and improving mechanical properties [Volume 11, Number 1] |
|
Vatan Ara, M.
Assessment of CMT and GMAW in WAAM of austenitic stainless steel 310: mitigating hot cracking and improving mechanical properties [Volume 11, Number 1] |
|
Yazdizadeh, M.
Assessment of CMT and GMAW in WAAM of austenitic stainless steel 310: mitigating hot cracking and improving mechanical properties [Volume 11, Number 1] |
|
Rahimi, A.
Assessment of CMT and GMAW in WAAM of austenitic stainless steel 310: mitigating hot cracking and improving mechanical properties [Volume 11, Number 1] |
|
Dehfouli, I.
Experimental investigation, statistical analysis, and optimization of the selective laser melting process for the titanium alloy Ti-6Al-4V [Volume 11, Number 1] |
|
Safari, M.
Experimental investigation, statistical analysis, and optimization of the selective laser melting process for the titanium alloy Ti-6Al-4V [Volume 11, Number 1] |
|
Ozlati, A.
Effect of friction stir welding process parameters on microstructure and mechanical properties of aluminum/polypropylene joint [Volume 10, Number 2] |
|
Shirovi Khoozani, H.
Effect of friction stir welding process parameters on microstructure and mechanical properties of aluminum/polypropylene joint [Volume 10, Number 2] |
|
Movahedi, M.
Effect of friction stir welding process parameters on microstructure and mechanical properties of aluminum/polypropylene joint [Volume 10, Number 2] |
|
Mostaan, H.
The effect of Cr addition on microstructure and tribological properties of iron aluminide cladding produced by GTAW process [Volume 10, Number 2] |
|
Rafiei, M.
The effect of Cr addition on microstructure and tribological properties of iron aluminide cladding produced by GTAW process [Volume 10, Number 2] |
|
Baharzadeh, E.
The effect of Cr addition on microstructure and tribological properties of iron aluminide cladding produced by GTAW process [Volume 10, Number 2] |
|
Shahin, F.
The effect of Cr addition on microstructure and tribological properties of iron aluminide cladding produced by GTAW process [Volume 10, Number 2] |
|
Esmailzadeh, M.
Microstructural and corrosion evaluation of AH36 low-alloy steel cladded with nickel and copper alloy filler wires using GTAW [Volume 10, Number 2] |
|
Atapoor, M.
Microstructural and corrosion evaluation of AH36 low-alloy steel cladded with nickel and copper alloy filler wires using GTAW [Volume 10, Number 2] |
|
Abedi Chermahini, H.
Microstructural and corrosion evaluation of AH36 low-alloy steel cladded with nickel and copper alloy filler wires using GTAW [Volume 10, Number 2] |
|
Ziaee, S. F.
Overlaying of colmonoy 6 on plain carbon steel by plasma transfer arc welding and tungsten inert gas welding: comparison of microstructure and wear behavior [Volume 10, Number 2] |
|
Shahriari Nogoorani, F.
Overlaying of colmonoy 6 on plain carbon steel by plasma transfer arc welding and tungsten inert gas welding: comparison of microstructure and wear behavior [Volume 10, Number 2] |
|
Firoozi, A.
Overlaying of colmonoy 6 on plain carbon steel by plasma transfer arc welding and tungsten inert gas welding: comparison of microstructure and wear behavior [Volume 10, Number 2] |
|
Ranjbar, Kh.
Overlaying of colmonoy 6 on plain carbon steel by plasma transfer arc welding and tungsten inert gas welding: comparison of microstructure and wear behavior [Volume 10, Number 2] |
|
Cheraghzadeh, M.
Dissolution kinetics of γ′ precipitate in IN738LC nickel base superalloy using arc heat treatment [Volume 10, Number 2] |
|
Kolagar , A.
Dissolution kinetics of γ′ precipitate in IN738LC nickel base superalloy using arc heat treatment [Volume 10, Number 2] |
|
Raissi , P.
Dissolution kinetics of γ′ precipitate in IN738LC nickel base superalloy using arc heat treatment [Volume 10, Number 2] |
|
Ranjbarnodeh, E.
Dissolution kinetics of γ′ precipitate in IN738LC nickel base superalloy using arc heat treatment [Volume 10, Number 2] |
|
Ghayour, H.
Friction stir processing of copper/silver-silicon carbide nanocomposite: microstructure, mechanical and wear properties [Volume 10, Number 2] |
|
Kasiri-Asgarani, M.
Friction stir processing of copper/silver-silicon carbide nanocomposite: microstructure, mechanical and wear properties [Volume 10, Number 2] |
|
Bakhsheshi-Rad, H. R.
Friction stir processing of copper/silver-silicon carbide nanocomposite: microstructure, mechanical and wear properties [Volume 10, Number 2] |
|
Jabbarzare, S.
Friction stir processing of copper/silver-silicon carbide nanocomposite: microstructure, mechanical and wear properties [Volume 10, Number 2] |
|
Omidi, M.
Friction stir processing of copper/silver-silicon carbide nanocomposite: microstructure, mechanical and wear properties [Volume 10, Number 2] |
|
Rahimi, M.
Friction stir processing of copper/silver-silicon carbide nanocomposite: microstructure, mechanical and wear properties [Volume 10, Number 2] |
|
Shamanian, M.
Effect of time on transient liquid phase bonding of electron beam melted Ti6242 titanium alloy to AISI 316L stainless steel [Volume 10, Number 2] |
|
Niroumand, B.
Effect of time on transient liquid phase bonding of electron beam melted Ti6242 titanium alloy to AISI 316L stainless steel [Volume 10, Number 2] |
|
Vojdanpak, M. K.
Effect of time on transient liquid phase bonding of electron beam melted Ti6242 titanium alloy to AISI 316L stainless steel [Volume 10, Number 2] |
|
Belbasi*, M.
Evaluation of heat input on microstructural and mechanical properties of dissimilar joints of D6AC steel to VCN 200 (1.6580) in GTAW welding [Volume 10, Number 2] |
|
Mizabi Asl, M.
Evaluation of heat input on microstructural and mechanical properties of dissimilar joints of D6AC steel to VCN 200 (1.6580) in GTAW welding [Volume 10, Number 2] |
|
Atapoor, M.
Investigating the mechanical behavior and microstructure of AISI 316L stainless steel sheets welded by resistance spot welding method using copper interface layer [Volume 10, Number 2] |
|
Esmaeili Chamgordani, A.
Investigating the mechanical behavior and microstructure of AISI 316L stainless steel sheets welded by resistance spot welding method using copper interface layer [Volume 10, Number 2] |
|
Piran, M.
Investigating the mechanical behavior and microstructure of AISI 316L stainless steel sheets welded by resistance spot welding method using copper interface layer [Volume 10, Number 2] |
|
Abedi Chermahini, H.
Investigating the mechanical behavior and microstructure of AISI 316L stainless steel sheets welded by resistance spot welding method using copper interface layer [Volume 10, Number 2] |
|
Sajed, M.
The effect of nickel powder and tool penetration depth on microstructure and mechanical properties of friction stir lap welded aluminum-copper joints [Volume 10, Number 2] |
|
Khajeh, R.
The effect of nickel powder and tool penetration depth on microstructure and mechanical properties of friction stir lap welded aluminum-copper joints [Volume 10, Number 2] |
|
Heidarzadeh, A.
The effect of nickel powder and tool penetration depth on microstructure and mechanical properties of friction stir lap welded aluminum-copper joints [Volume 10, Number 2] |
|
Abbasi-Baharanchi, M.
The effect of operation time and interlayer thickness on properties of AISI316L/BNi-2/WC-Co bonding system by TLP [Volume 10, Number 2] |
|
Omidi, M.
The effect of operation time and interlayer thickness on properties of AISI316L/BNi-2/WC-Co bonding system by TLP [Volume 10, Number 2] |
|
Rafiei, M.
The effect of operation time and interlayer thickness on properties of AISI316L/BNi-2/WC-Co bonding system by TLP [Volume 10, Number 2] |
|
B. Heidari-Dehkordi, B.
The effect of operation time and interlayer thickness on properties of AISI316L/BNi-2/WC-Co bonding system by TLP [Volume 10, Number 2] |
|
Kokabi, A. H.
Development of lead-free soft solder alloy via accumulative roll bonding [Volume 10, Number 2] |
|
Movahedi, M.
Development of lead-free soft solder alloy via accumulative roll bonding [Volume 10, Number 2] |
|
Nourmohammadi, M. H.
Development of lead-free soft solder alloy via accumulative roll bonding [Volume 10, Number 2] |
|
Soleymani, F.
Investigation of the Joint Interface in Explosive Welding of Austenitic Stainless Steel 321 - Aluminum 1050 - Aluminum 5083 after Heat Treatment [Volume 10, Number 1] |
|
Khalaj, J.
Investigation of the Joint Interface in Explosive Welding of Austenitic Stainless Steel 321 - Aluminum 1050 - Aluminum 5083 after Heat Treatment [Volume 10, Number 1] |
|
Khalaj, Gh.
Investigation of the Joint Interface in Explosive Welding of Austenitic Stainless Steel 321 - Aluminum 1050 - Aluminum 5083 after Heat Treatment [Volume 10, Number 1] |
|
Bahrami, A.
Evaluation of dissimilar bonding of Alumina to copper with Active Filler Metal Ag-Cu-Ti-Sn and Ag-Cu-Ti-Sn-%3.5Zr by Induction Brazing method [Volume 10, Number 1] |
|
Shamanian, M.
Evaluation of dissimilar bonding of Alumina to copper with Active Filler Metal Ag-Cu-Ti-Sn and Ag-Cu-Ti-Sn-%3.5Zr by Induction Brazing method [Volume 10, Number 1] |
|
Azimiroeen, Gh.
Evaluation of dissimilar bonding of Alumina to copper with Active Filler Metal Ag-Cu-Ti-Sn and Ag-Cu-Ti-Sn-%3.5Zr by Induction Brazing method [Volume 10, Number 1] |
|
Taheri, M.
Evaluation of dissimilar bonding of Alumina to copper with Active Filler Metal Ag-Cu-Ti-Sn and Ag-Cu-Ti-Sn-%3.5Zr by Induction Brazing method [Volume 10, Number 1] |
|
Foorginejad, A.
Feasibility and determination of the characteristics of the replacement of arc and wire additive manufacturing process based on gas metal arc welding for the construction of bridges and metal structures: Approach of artificial intelligence algorithms [Volume 10, Number 1] |
|
Aghaeifar, A.
Feasibility and determination of the characteristics of the replacement of arc and wire additive manufacturing process based on gas metal arc welding for the construction of bridges and metal structures: Approach of artificial intelligence algorithms [Volume 10, Number 1] |
|
Yousefieh, M.
Feasibility and determination of the characteristics of the replacement of arc and wire additive manufacturing process based on gas metal arc welding for the construction of bridges and metal structures: Approach of artificial intelligence algorithms [Volume 10, Number 1] |
|
Tagimalek, H.
Feasibility and determination of the characteristics of the replacement of arc and wire additive manufacturing process based on gas metal arc welding for the construction of bridges and metal structures: Approach of artificial intelligence algorithms [Volume 10, Number 1] |
|
Maraki, M. R.
Feasibility and determination of the characteristics of the replacement of arc and wire additive manufacturing process based on gas metal arc welding for the construction of bridges and metal structures: Approach of artificial intelligence algorithms [Volume 10, Number 1] |
|
Kokabi , A. H.
Investigating the electromigration resistance of composite lead-free solder alloy containing cobalt particles [Volume 10, Number 1] |
|
Movahedi, M.
Investigating the electromigration resistance of composite lead-free solder alloy containing cobalt particles [Volume 10, Number 1] |
|
Nourmohammadi, M. H.
Investigating the electromigration resistance of composite lead-free solder alloy containing cobalt particles [Volume 10, Number 1] |
|
Vahidshad, Y.
Optimization weldability of Haynes 25 cobalt base superalloy with pulsed fiber laser [Volume 10, Number 1] |
|
Akbari Mousavi, S. A.A.
Optimization weldability of Haynes 25 cobalt base superalloy with pulsed fiber laser [Volume 10, Number 1] |
|
Abbasi, R.
Optimization weldability of Haynes 25 cobalt base superalloy with pulsed fiber laser [Volume 10, Number 1] |
|
Naeimi , F.
The effect of bonding time on the microstructure and mechanical properties of WC-Co/Cu/St52 dissimilar joints by TLP [Volume 10, Number 1] |
|
Omidi, M.
The effect of bonding time on the microstructure and mechanical properties of WC-Co/Cu/St52 dissimilar joints by TLP [Volume 10, Number 1] |
|
Ebrahimzadeh, I.
The effect of bonding time on the microstructure and mechanical properties of WC-Co/Cu/St52 dissimilar joints by TLP [Volume 10, Number 1] |
|
Rafiei, M.
The effect of bonding time on the microstructure and mechanical properties of WC-Co/Cu/St52 dissimilar joints by TLP [Volume 10, Number 1] |
|
Zeidabadinejad, H.
The effect of bonding time on the microstructure and mechanical properties of WC-Co/Cu/St52 dissimilar joints by TLP [Volume 10, Number 1] |
|
Yazdipour , A.
The effect of diffusion welding parameters on the microstructural characteristics and mechanical properties of dissimilar joint between AISI 418 stainless steel and Inconel 738 superalloy using nickel interlayer [Volume 10, Number 1] |
|
Habibi, H.
The effect of diffusion welding parameters on the microstructural characteristics and mechanical properties of dissimilar joint between AISI 418 stainless steel and Inconel 738 superalloy using nickel interlayer [Volume 10, Number 1] |
|
Khorram, A.
The effect of diffusion welding parameters on the microstructural characteristics and mechanical properties of dissimilar joint between AISI 418 stainless steel and Inconel 738 superalloy using nickel interlayer [Volume 10, Number 1] |
|
Tavakoli Shoushtari, M.R.
The effect of double overaging treatment on the microstructure and pitting corrosion behavior of the weld zone in 17-4PH stainless steel [Volume 10, Number 1] |
|
Ranjbar, Kh.
The effect of double overaging treatment on the microstructure and pitting corrosion behavior of the weld zone in 17-4PH stainless steel [Volume 10, Number 1] |
|
Adelian, A.
The effect of double overaging treatment on the microstructure and pitting corrosion behavior of the weld zone in 17-4PH stainless steel [Volume 10, Number 1] |
|
Atapour, M.
Investigating microstructure and mechanical properties of dissimilar resistance spot welding of AISI 430 to S500 MC [Volume 10, Number 1] |
|
Taherizadeh, A.
Investigating microstructure and mechanical properties of dissimilar resistance spot welding of AISI 430 to S500 MC [Volume 10, Number 1] |
|
Nazari , A. R.
Investigating microstructure and mechanical properties of dissimilar resistance spot welding of AISI 430 to S500 MC [Volume 10, Number 1] |
|
Kermani, F.
The dissimilar joint of 316L austenitic stainless steel to 5083 aluminum alloy by friction stir welding and investigation of its microstructure and mechanical properties [Volume 10, Number 1] |
|
Shoja-Razavi, S.R.
The dissimilar joint of 316L austenitic stainless steel to 5083 aluminum alloy by friction stir welding and investigation of its microstructure and mechanical properties [Volume 10, Number 1] |
|
Borhani, M.R
The dissimilar joint of 316L austenitic stainless steel to 5083 aluminum alloy by friction stir welding and investigation of its microstructure and mechanical properties [Volume 10, Number 1] |
|
Barekat , S.M.
Investigating the solidification microstructure of IN625 superalloy cladded by direct laser deposition process on IN713LC [Volume 9, Number 1] |
|
Kermani, F.
Investigating the solidification microstructure of IN625 superalloy cladded by direct laser deposition process on IN713LC [Volume 9, Number 1] |
|
Erfanmanesh, M.
Investigating the solidification microstructure of IN625 superalloy cladded by direct laser deposition process on IN713LC [Volume 9, Number 1] |
|
Shoja-razavi, S.R
Investigating the solidification microstructure of IN625 superalloy cladded by direct laser deposition process on IN713LC [Volume 9, Number 1] |
|
Borhani, M.R.
Investigating the solidification microstructure of IN625 superalloy cladded by direct laser deposition process on IN713LC [Volume 9, Number 1] |
|
Akbari , A. R.
Crack prevention by adjusting aluminum concentration in GTAW cladded AlxCoCrFeNi high entropy alloy [Volume 9, Number 1] |
|
Saeid, T.
Crack prevention by adjusting aluminum concentration in GTAW cladded AlxCoCrFeNi high entropy alloy [Volume 9, Number 1] |
|
Abbasian Vardin, N.
Crack prevention by adjusting aluminum concentration in GTAW cladded AlxCoCrFeNi high entropy alloy [Volume 9, Number 1] |
|
Ahadi, A.
Experimental investigation of the laser coating process of the inconel 718 powder on the H13 steel [Volume 9, Number 1] |
|
Safari, M.
Experimental investigation of the laser coating process of the inconel 718 powder on the H13 steel [Volume 9, Number 1] |
|
Fadaei, A.
Effect of post weld heat treatment on the structure and mechanical properties of explosive welding of austenitic steel 321 - aluminum 1050 - aluminum 5083 [Volume 9, Number 1] |
|
Khalaj, Gh.
Effect of post weld heat treatment on the structure and mechanical properties of explosive welding of austenitic steel 321 - aluminum 1050 - aluminum 5083 [Volume 9, Number 1] |
|
Jahanbazi Gojani, S.
Production of polylactic acid/chitosan polymer matrix scaffold reinforced with zinc oxide particles by 3D printing additive/welding manufacturing method and investigating their properties [Volume 9, Number 1] |
|
Rafiaei, S. M.
Production of polylactic acid/chitosan polymer matrix scaffold reinforced with zinc oxide particles by 3D printing additive/welding manufacturing method and investigating their properties [Volume 9, Number 1] |
|
Gadami Domabi, L.
Production of polylactic acid/chitosan polymer matrix scaffold reinforced with zinc oxide particles by 3D printing additive/welding manufacturing method and investigating their properties [Volume 9, Number 1] |
|
Tamizi, M.
Investigation of microstructure and mechanical properties of lead free composite solder containing cobalt microparticles produced by accumulative roll bonding [Volume 9, Number 1] |
|
kokabi, A.H.
Investigation of microstructure and mechanical properties of lead free composite solder containing cobalt microparticles produced by accumulative roll bonding [Volume 9, Number 1] |
|
movahedi, M.
Investigation of microstructure and mechanical properties of lead free composite solder containing cobalt microparticles produced by accumulative roll bonding [Volume 9, Number 1] |
|
nourmohammadi, M.H.
Investigation of microstructure and mechanical properties of lead free composite solder containing cobalt microparticles produced by accumulative roll bonding [Volume 9, Number 1] |
|
Saeid, T.
Microstructure and mechanical properties in dissimilar friction stir welding between aluminum 1050 and 316L stainless steel [Volume 9, Number 1] |
|
Naseri Alenjagh, M.
Microstructure and mechanical properties in dissimilar friction stir welding between aluminum 1050 and 316L stainless steel [Volume 9, Number 1] |
|
Ashrafi, A.
Modeling of stir zone grain size variation in the friction stir processed Al-2024 according to the FSP parameters [Volume 9, Number 1] |
|
Mosallaee, M.
Modeling of stir zone grain size variation in the friction stir processed Al-2024 according to the FSP parameters [Volume 9, Number 1] |
|
Lalpour, A.
Modeling of stir zone grain size variation in the friction stir processed Al-2024 according to the FSP parameters [Volume 9, Number 1] |
|
Ghorbani, H.
Control of microstructure and solidification cracks in laser powder bed fusion additive manufacturing of high-strength aluminum alloys [Volume 9, Number 1] |
|
Kashani-Bozorg, S. F.
Control of microstructure and solidification cracks in laser powder bed fusion additive manufacturing of high-strength aluminum alloys [Volume 9, Number 1] |
|
Sarkari Khorrami, M.
Control of microstructure and solidification cracks in laser powder bed fusion additive manufacturing of high-strength aluminum alloys [Volume 9, Number 1] |
|
Gandomdoust, A.
Control of microstructure and solidification cracks in laser powder bed fusion additive manufacturing of high-strength aluminum alloys [Volume 9, Number 1] |
|
Bakhtiari, H.
Investigation of microstructure, hardness and intermetallic compound in friction stir welding of AA1050 aluminum alloy to copper [Volume 9, Number 1] |
|
Khanzadeh, M.R.
Investigation of microstructure, hardness and intermetallic compound in friction stir welding of AA1050 aluminum alloy to copper [Volume 9, Number 1] |
|
Ahmadi, H.R.
Investigation of microstructure, hardness and intermetallic compound in friction stir welding of AA1050 aluminum alloy to copper [Volume 9, Number 1] |
|
Ahmadi, M.
Investigation of microstructure, hardness and intermetallic compound in friction stir welding of AA1050 aluminum alloy to copper [Volume 9, Number 1] |
|
Nazemosadat, M. R.
Multi-objective optimization of kinematic tool parameters in FSW of Al-7075 and Al-6061 alloys by RSM [Volume 9, Number 1] |
|
Behgozin, A.
Multi-objective optimization of kinematic tool parameters in FSW of Al-7075 and Al-6061 alloys by RSM [Volume 9, Number 1] |
|
Afsari, A.
Multi-objective optimization of kinematic tool parameters in FSW of Al-7075 and Al-6061 alloys by RSM [Volume 9, Number 1] |
|
Niazi, M.
Multi-objective optimization of kinematic tool parameters in FSW of Al-7075 and Al-6061 alloys by RSM [Volume 9, Number 1] |
|
Yazdipour, A.
Electron beam welding of 17-4PH steel and Ti6Al4V alloy with copper interlayer [Volume 9, Number 1] |
|
Khorram, A.
Electron beam welding of 17-4PH steel and Ti6Al4V alloy with copper interlayer [Volume 9, Number 1] |
|
Momeni, H.
Electron beam welding of 17-4PH steel and Ti6Al4V alloy with copper interlayer [Volume 9, Number 1] |
|
Mahdavi Shaker, A.
Electron beam welding of 17-4PH steel and Ti6Al4V alloy with copper interlayer [Volume 9, Number 1] |
|
Kolahan, F.
Investigation of weld bead geometry and microstructures of 316L stainless steel in Activating flux TIG Welding using ultrasonic vibrations [Volume 9, Number 2] |
|
Sadraee Far, M. N.
Investigation of weld bead geometry and microstructures of 316L stainless steel in Activating flux TIG Welding using ultrasonic vibrations [Volume 9, Number 2] |
|
Shoja-Razavi, R.
Microstructural characterization of the effect of energy density on direct laser deposition of stellite 6 on 316 stainless steel [Volume 9, Number 2] |
|
Vafaei, R.
Microstructural characterization of the effect of energy density on direct laser deposition of stellite 6 on 316 stainless steel [Volume 9, Number 2] |
|
Hashemi, S. H.
Microstructural characterization of the effect of energy density on direct laser deposition of stellite 6 on 316 stainless steel [Volume 9, Number 2] |
|
Shirvani, Kourosh
Study of microstructure, phase transformation and high temperature strength of hastelloy X and Ni3Al joint by TLP process [Volume 9, Number 2] |
|
Kaflou, Ali
Study of microstructure, phase transformation and high temperature strength of hastelloy X and Ni3Al joint by TLP process [Volume 9, Number 2] |
|
Ganjeh, E.
Study of microstructure, phase transformation and high temperature strength of hastelloy X and Ni3Al joint by TLP process [Volume 9, Number 2] |
|
Naffakh-Moosavy, H.
Brazing of 17-4 PH stainless steel to Ti-6Al-4V alloy using BNi-2 filler metal [Volume 9, Number 2] |
|
Ardalani, A.
Brazing of 17-4 PH stainless steel to Ti-6Al-4V alloy using BNi-2 filler metal [Volume 9, Number 2] |
|
Morshedy, A.H.
Optimization of performance of artificial neural network for predicting the tensile properties of friction stir welded al-5083 [Volume 9, Number 2] |
|
Mosallaee, M.
Optimization of performance of artificial neural network for predicting the tensile properties of friction stir welded al-5083 [Volume 9, Number 2] |
|
Khorsand, H.
Similar jointing of Inconel 600 super alloy using nano stracture powder filler with high entropy design [Volume 9, Number 2] |
|
Mansouri, E.
Similar jointing of Inconel 600 super alloy using nano stracture powder filler with high entropy design [Volume 9, Number 2] |
|
Mehdipour, S.
Investigating the microstructure and mechanical properties of pulsed Nd:YAG laser welding of Monel 400 to Nimonic 75 [Volume 9, Number 2] |
|
Akbari Mousavi, S. A.Asghar
Investigating the microstructure and mechanical properties of pulsed Nd:YAG laser welding of Monel 400 to Nimonic 75 [Volume 9, Number 2] |
|
Mahdizade, R.
Investigating the microstructure and mechanical properties of pulsed Nd:YAG laser welding of Monel 400 to Nimonic 75 [Volume 9, Number 2] |
|
Ghanbari Haghighi, M.
The effect of the FSW variables on the microstructure and mechanical properties of the AZ91/CP-Ti joint [Volume 9, Number 2] |
|
Sabet, H.
The effect of the FSW variables on the microstructure and mechanical properties of the AZ91/CP-Ti joint [Volume 9, Number 2] |
|
Chamani, P.
The effect of the FSW variables on the microstructure and mechanical properties of the AZ91/CP-Ti joint [Volume 9, Number 2] |
|
Ramezani, S.
Microstructural and mechanical properties of dissimilar joining of AA5052 and AA6061 by friction stir welding [Volume 9, Number 2] |
|
Shabanzadeh, A.
Microstructural and mechanical properties of dissimilar joining of AA5052 and AA6061 by friction stir welding [Volume 9, Number 2] |
|
Samadani Agdam, S. A.
Microstructural and mechanical properties of dissimilar joining of AA5052 and AA6061 by friction stir welding [Volume 9, Number 2] |
|
Farzadi, A.
Microstructural and mechanical properties of dissimilar joining of AA5052 and AA6061 by friction stir welding [Volume 9, Number 2] |
|
Hajiha, M.R.
Microstructural and mechanical properties of dissimilar joining of AA5052 and AA6061 by friction stir welding [Volume 9, Number 2] |
|
Sadeghi Gogheri, M.
Investigating the microstructure, mechanical properties and corrosion behavior of dissimilar welding of biodegradable magnesium alloy AZ31 to Ti-6Al-4V alloy by friction welding [Volume 9, Number 2] |
|
Bakhsheshi-Rad, H. R.
Investigating the microstructure, mechanical properties and corrosion behavior of dissimilar welding of biodegradable magnesium alloy AZ31 to Ti-6Al-4V alloy by friction welding [Volume 9, Number 2] |
|
Kasiri-Asgarani, M.
Investigating the microstructure, mechanical properties and corrosion behavior of dissimilar welding of biodegradable magnesium alloy AZ31 to Ti-6Al-4V alloy by friction welding [Volume 9, Number 2] |
|
Etemadi, A.
Investigating the microstructure, mechanical properties and corrosion behavior of dissimilar welding of biodegradable magnesium alloy AZ31 to Ti-6Al-4V alloy by friction welding [Volume 9, Number 2] |
|
Jamaati, R.
Evaluation of tribological behaviors of Inconel 625 cladding on same substrate cladded by direct laser deposition process [Volume 9, Number 2] |
|
Shoja Razavi, R.
Evaluation of tribological behaviors of Inconel 625 cladding on same substrate cladded by direct laser deposition process [Volume 9, Number 2] |
|
Rajabi, M.
Evaluation of tribological behaviors of Inconel 625 cladding on same substrate cladded by direct laser deposition process [Volume 9, Number 2] |
|
Borhani, M. R.
Evaluation of tribological behaviors of Inconel 625 cladding on same substrate cladded by direct laser deposition process [Volume 9, Number 2] |
|
Gharavi, F.
The effect of traverse speed in friction stir process on the microstructure, mechanical properties and wear behavior Al5052/ZrO2/ZrSiO4 surface hybrid composite [Volume 9, Number 2] |
|
Loh Mousavi, M.
The effect of traverse speed in friction stir process on the microstructure, mechanical properties and wear behavior Al5052/ZrO2/ZrSiO4 surface hybrid composite [Volume 9, Number 2] |
|
Amini, K.
The effect of traverse speed in friction stir process on the microstructure, mechanical properties and wear behavior Al5052/ZrO2/ZrSiO4 surface hybrid composite [Volume 9, Number 2] |
|
Heidari, A.
The effect of traverse speed in friction stir process on the microstructure, mechanical properties and wear behavior Al5052/ZrO2/ZrSiO4 surface hybrid composite [Volume 9, Number 2] |
|
Bozorgmehr, M.
The effect of traverse speed in friction stir process on the microstructure, mechanical properties and wear behavior Al5052/ZrO2/ZrSiO4 surface hybrid composite [Volume 9, Number 2] |
|
Heidari, Sh.
The effect of filler metal on the mechanical and tribological properties of AISI 1.6959 steel joint using TIG welding process [Volume 8, Number 2] |
|
Behgozin, S.A.
The effect of filler metal on the mechanical and tribological properties of AISI 1.6959 steel joint using TIG welding process [Volume 8, Number 2] |
|
Afsari, A.
The effect of filler metal on the mechanical and tribological properties of AISI 1.6959 steel joint using TIG welding process [Volume 8, Number 2] |
|
Jafari, M.M.
The effect of filler metal on the mechanical and tribological properties of AISI 1.6959 steel joint using TIG welding process [Volume 8, Number 2] |
|
Yazdipour, A.
The effect of electron beam welding parameters on the microstructural characteristics and mechanical properties of dissimilar joint between 17-4PH steel and Ti6Al4V alloy [Volume 8, Number 2] |
|
Khorram, A.
The effect of electron beam welding parameters on the microstructural characteristics and mechanical properties of dissimilar joint between 17-4PH steel and Ti6Al4V alloy [Volume 8, Number 2] |
|
Momeni, H.
The effect of electron beam welding parameters on the microstructural characteristics and mechanical properties of dissimilar joint between 17-4PH steel and Ti6Al4V alloy [Volume 8, Number 2] |
|
Mahdavi Shaker, A.
The effect of electron beam welding parameters on the microstructural characteristics and mechanical properties of dissimilar joint between 17-4PH steel and Ti6Al4V alloy [Volume 8, Number 2] |
|
Mousavizadeh, S.M.
Liquation and re-solidification in thermo-mechanically affected zone during friction stir spot welding of AZ91 alloy substrate [Volume 8, Number 2] |
|
Jabbareh, M.A.
Liquation and re-solidification in thermo-mechanically affected zone during friction stir spot welding of AZ91 alloy substrate [Volume 8, Number 2] |
|
Harati, F.
Liquation and re-solidification in thermo-mechanically affected zone during friction stir spot welding of AZ91 alloy substrate [Volume 8, Number 2] |
|
Shahsavari, M.
Investigating the microstructure and hardness of 17-4PH steel and Stellite cladded by direct laser deposition process on 17-4PH steel substrate [Volume 8, Number 2] |
|
Naderi Samani, H.
Investigating the microstructure and hardness of 17-4PH steel and Stellite cladded by direct laser deposition process on 17-4PH steel substrate [Volume 8, Number 2] |
|
Barekat, S.M.
Investigating the microstructure and hardness of 17-4PH steel and Stellite cladded by direct laser deposition process on 17-4PH steel substrate [Volume 8, Number 2] |
|
Erfan Manesh, M.
Investigating the microstructure and hardness of 17-4PH steel and Stellite cladded by direct laser deposition process on 17-4PH steel substrate [Volume 8, Number 2] |
|
Kermani, F.
Investigating the microstructure and hardness of 17-4PH steel and Stellite cladded by direct laser deposition process on 17-4PH steel substrate [Volume 8, Number 2] |
|
Shoja Razavi, S.R.
Investigating the microstructure and hardness of 17-4PH steel and Stellite cladded by direct laser deposition process on 17-4PH steel substrate [Volume 8, Number 2] |
|
Borhani, M.R.
Investigating the microstructure and hardness of 17-4PH steel and Stellite cladded by direct laser deposition process on 17-4PH steel substrate [Volume 8, Number 2] |
|
Asadian, E.
Influence of Rolling on Microstructure and Mechanical Properties of Bronze-Steel Explosive Welded Sheets [Volume 8, Number 2] |
|
Khalaj, Gh.
Influence of Rolling on Microstructure and Mechanical Properties of Bronze-Steel Explosive Welded Sheets [Volume 8, Number 2] |
|
Ghalandari, L.
Microstructure and mechanical properties assessment of dissimilar AA5083/AA6061 joint welded by GTAW [Volume 8, Number 2] |
|
Khosravifad, A.
Microstructure and mechanical properties assessment of dissimilar AA5083/AA6061 joint welded by GTAW [Volume 8, Number 2] |
|
Rabiezadeh, A.
Microstructure and mechanical properties assessment of dissimilar AA5083/AA6061 joint welded by GTAW [Volume 8, Number 2] |
|
Taheri Moghaddam, N.
Microstructure and mechanical properties assessment of dissimilar AA5083/AA6061 joint welded by GTAW [Volume 8, Number 2] |
|
Tavakoli Shoushtari, M.R.
Effect of diffusion bonding temperature on microstructure properties of Zr/Ti interlayer in the diffusion bonded joints of Zr702 to A516 steel [Volume 8, Number 2] |
|
Ranjbar, Kh.
Effect of diffusion bonding temperature on microstructure properties of Zr/Ti interlayer in the diffusion bonded joints of Zr702 to A516 steel [Volume 8, Number 2] |
|
Alavi zaree, R.
Effect of diffusion bonding temperature on microstructure properties of Zr/Ti interlayer in the diffusion bonded joints of Zr702 to A516 steel [Volume 8, Number 2] |
|
dehmolaei, R.
Effect of diffusion bonding temperature on microstructure properties of Zr/Ti interlayer in the diffusion bonded joints of Zr702 to A516 steel [Volume 8, Number 2] |
|
Pourjafar, A.
Effect of diffusion bonding temperature on microstructure properties of Zr/Ti interlayer in the diffusion bonded joints of Zr702 to A516 steel [Volume 8, Number 2] |
|
Marzban, M.J.
Investigation of Mechanical Properties in Welding of Stainless Steel SA240-TP316 and Steel SA516-GR60 Cladded with Stainless Steel SA240-TP316 [Volume 8, Number 2] |
|
Afsari, A.
Investigation of Mechanical Properties in Welding of Stainless Steel SA240-TP316 and Steel SA516-GR60 Cladded with Stainless Steel SA240-TP316 [Volume 8, Number 2] |
|
Khalaf, G.
Investigation of Mechanical Properties in Welding of Stainless Steel SA240-TP316 and Steel SA516-GR60 Cladded with Stainless Steel SA240-TP316 [Volume 8, Number 2] |
|
Kazemi, S.
Investigation of Mechanical Properties in Welding of Stainless Steel SA240-TP316 and Steel SA516-GR60 Cladded with Stainless Steel SA240-TP316 [Volume 8, Number 2] |
|
Mostaan, H.
Effect of bonding time on microstructure and mechanical properties during TLP bonding of nickel-base superalloys Hastelloy C276 to AISI316 Stainless Steel [Volume 8, Number 2] |
|
Niroumand, Behzad
Effect of bonding time on microstructure and mechanical properties during TLP bonding of nickel-base superalloys Hastelloy C276 to AISI316 Stainless Steel [Volume 8, Number 2] |
|
Shamanian, M.
Effect of bonding time on microstructure and mechanical properties during TLP bonding of nickel-base superalloys Hastelloy C276 to AISI316 Stainless Steel [Volume 8, Number 2] |
|
taghvaei, M. M.
Effect of bonding time on microstructure and mechanical properties during TLP bonding of nickel-base superalloys Hastelloy C276 to AISI316 Stainless Steel [Volume 8, Number 2] |
|
Khalaj, Gholamreza
Investigation of the phase transformation and the structure of the simulated heat affected zone of double pass welding in X70 microalloyed steel [Volume 8, Number 2] |
|
Tagimalek, H.
Prediction and optimization of weld geometry in gas metal arc welding (GMAW) using least squares support vector machine [Volume 8, Number 2] |
|
Yousefieh, M.
Prediction and optimization of weld geometry in gas metal arc welding (GMAW) using least squares support vector machine [Volume 8, Number 2] |
|
Mahmoodi, M.
Prediction and optimization of weld geometry in gas metal arc welding (GMAW) using least squares support vector machine [Volume 8, Number 2] |
|
Maraki, M.R.
Prediction and optimization of weld geometry in gas metal arc welding (GMAW) using least squares support vector machine [Volume 8, Number 2] |
|
Salemi Golezani, A.
Investigating laser power in additive manufacturing (AM-LMD) process on the microstructure and hardness of deposited layers on Inconel738 [Volume 8, Number 2] |
|
Rahmati, S.
Investigating laser power in additive manufacturing (AM-LMD) process on the microstructure and hardness of deposited layers on Inconel738 [Volume 8, Number 2] |
|
Sabet, H.
Investigating laser power in additive manufacturing (AM-LMD) process on the microstructure and hardness of deposited layers on Inconel738 [Volume 8, Number 2] |
|
Hedayatnejad, R.
Investigating laser power in additive manufacturing (AM-LMD) process on the microstructure and hardness of deposited layers on Inconel738 [Volume 8, Number 2] |
|
Mansouri Gavari, H. R.
The effect of filler metal type on the quality of gas tungsten arc welded DIN 34CrAlNi7 nitriding steel in the nitrided condition [Volume 8, Number 1] |
|
Sonboli, A.
The effect of filler metal type on the quality of gas tungsten arc welded DIN 34CrAlNi7 nitriding steel in the nitrided condition [Volume 8, Number 1] |
|
Mostaan, H.
The effect of filler metal type on the quality of gas tungsten arc welded DIN 34CrAlNi7 nitriding steel in the nitrided condition [Volume 8, Number 1] |
|
Taghvaei, M. M.
The effect of filler metal type on the quality of gas tungsten arc welded DIN 34CrAlNi7 nitriding steel in the nitrided condition [Volume 8, Number 1] |
|
Saboori, A.
Structural and Mechanical Evaluation of Dissimilar Transient Liquid Phase Bonded IN-625 /SS-316L [Volume 8, Number 1] |
|
Babnejad, A.
Structural and Mechanical Evaluation of Dissimilar Transient Liquid Phase Bonded IN-625 /SS-316L [Volume 8, Number 1] |
|
Hajisafari, H.
Structural and Mechanical Evaluation of Dissimilar Transient Liquid Phase Bonded IN-625 /SS-316L [Volume 8, Number 1] |
|
Mosallaee Pour, M.
Structural and Mechanical Evaluation of Dissimilar Transient Liquid Phase Bonded IN-625 /SS-316L [Volume 8, Number 1] |
|
Bagban, M. J.
Structural and Mechanical Evaluation of Dissimilar Transient Liquid Phase Bonded IN-625 /SS-316L [Volume 8, Number 1] |
|
Kazeminezhad, M.
The effect of rotation speed to traverse speed ratio and number of welding passes on thermo-mechanical stability of severely plastic deformed aluminum joined by friction stir welding and graphite/Al2O3 hybrid powder [Volume 8, Number 1] |
|
Movahedi, M.
The effect of rotation speed to traverse speed ratio and number of welding passes on thermo-mechanical stability of severely plastic deformed aluminum joined by friction stir welding and graphite/Al2O3 hybrid powder [Volume 8, Number 1] |
|
Moosavi, S.E.
The effect of rotation speed to traverse speed ratio and number of welding passes on thermo-mechanical stability of severely plastic deformed aluminum joined by friction stir welding and graphite/Al2O3 hybrid powder [Volume 8, Number 1] |
|
Geranmayeh, A.R.
Atomic diffusion modeling and Investigation of joining properties of TLP in AA2024 to AA6061 alloys [Volume 8, Number 1] |
|
Sabet, H.
Atomic diffusion modeling and Investigation of joining properties of TLP in AA2024 to AA6061 alloys [Volume 8, Number 1] |
|
Anbarzadeh, A.
Atomic diffusion modeling and Investigation of joining properties of TLP in AA2024 to AA6061 alloys [Volume 8, Number 1] |
|
Davoodi, A.
Microstructure and mechanical properties of similar and dissimilar welding joints of weathering steel and plain carbon steel by GMAW with CO2 shielding gas [Volume 8, Number 1] |
|
Beidokhti, B.
Microstructure and mechanical properties of similar and dissimilar welding joints of weathering steel and plain carbon steel by GMAW with CO2 shielding gas [Volume 8, Number 1] |
|
Mohammadi Zahrani, E.
Microstructure and mechanical properties of similar and dissimilar welding joints of weathering steel and plain carbon steel by GMAW with CO2 shielding gas [Volume 8, Number 1] |
|
Vatandoost, M.
Microstructure and mechanical properties of similar and dissimilar welding joints of weathering steel and plain carbon steel by GMAW with CO2 shielding gas [Volume 8, Number 1] |
|
Tamizi, M.
Investigation of microstructure and physical properties in nanocomposite solder reinforced with various percent of graphene nanosheets (SAC0307+GNSs) [Volume 8, Number 1] |
|
Kokabi, A.
Investigation of microstructure and physical properties in nanocomposite solder reinforced with various percent of graphene nanosheets (SAC0307+GNSs) [Volume 8, Number 1] |
|
Movahedi, M.
Investigation of microstructure and physical properties in nanocomposite solder reinforced with various percent of graphene nanosheets (SAC0307+GNSs) [Volume 8, Number 1] |
|
Azghandirad, S.
Investigation of microstructure and physical properties in nanocomposite solder reinforced with various percent of graphene nanosheets (SAC0307+GNSs) [Volume 8, Number 1] |
|
ranjbar, Kh.
Microstructural study of Ti/3YSZ interface in NI 105/Ni/Nb/Ti/3YSZ diffusion bonding [Volume 8, Number 1] |
|
dehmolaei, R.
Microstructural study of Ti/3YSZ interface in NI 105/Ni/Nb/Ti/3YSZ diffusion bonding [Volume 8, Number 1] |
|
saydi, I.
Microstructural study of Ti/3YSZ interface in NI 105/Ni/Nb/Ti/3YSZ diffusion bonding [Volume 8, Number 1] |
|
Erfanmanesh, M.
Study on Microstructure and Mechanical Properties of Laser Welded Joints of 1.7225 Steel [Volume 8, Number 1] |
|
Babaie Sangetabi, S. S.
Study on Microstructure and Mechanical Properties of Laser Welded Joints of 1.7225 Steel [Volume 8, Number 1] |
|
Shoja Razavi, S. R.
Study on Microstructure and Mechanical Properties of Laser Welded Joints of 1.7225 Steel [Volume 8, Number 1] |
|
Barakat, S. M.
Study on Microstructure and Mechanical Properties of Laser Welded Joints of 1.7225 Steel [Volume 8, Number 1] |
|
Gorji, H.
Study on Microstructure and Mechanical Properties of Laser Welded Joints of 1.7225 Steel [Volume 8, Number 1] |
|
Najafi Dezdeh Monfared, H.R.
Effect of Oxide flux powders of SiO2, MoO3 and CuO on the diffusion depth, microstructure and microhardness of GTAWed precipitation hardening martensitic 17-4PH steel [Volume 8, Number 1] |
|
Mousavi Anijdan, S.H.
Effect of Oxide flux powders of SiO2, MoO3 and CuO on the diffusion depth, microstructure and microhardness of GTAWed precipitation hardening martensitic 17-4PH steel [Volume 8, Number 1] |
|
Golestanehzadeh, S.
Effect of Oxide flux powders of SiO2, MoO3 and CuO on the diffusion depth, microstructure and microhardness of GTAWed precipitation hardening martensitic 17-4PH steel [Volume 8, Number 1] |
|
Aliyari, H.
The effect of surface roughness on 1050 aluminum alloy weld profile welded by pulsed Nd:YAG laser [Volume 8, Number 1] |
|
Rasouli, A.
The effect of surface roughness on 1050 aluminum alloy weld profile welded by pulsed Nd:YAG laser [Volume 8, Number 1] |
|
Naffakh-Moosavy, H.
The effect of surface roughness on 1050 aluminum alloy weld profile welded by pulsed Nd:YAG laser [Volume 8, Number 1] |
|
foumani, M.
The effect of surface roughness on 1050 aluminum alloy weld profile welded by pulsed Nd:YAG laser [Volume 8, Number 1] |
|
Sadeh, M.
Investigation of the effect of surface preparation on the quality of adhesive bonds of thermoset polymers reinforced with glass fibers [Volume 8, Number 1] |
|
Akbari, D.
Investigation of the effect of surface preparation on the quality of adhesive bonds of thermoset polymers reinforced with glass fibers [Volume 8, Number 1] |
|
tirband, H.
Investigation of the effect of surface preparation on the quality of adhesive bonds of thermoset polymers reinforced with glass fibers [Volume 8, Number 1] |
|
Hedberg, Y.
Effect of filler metal on microstructure and corrosion behavior of welded AISI 316L using GTAW process [Volume 8, Number 1] |
|
Atapour, M.
Effect of filler metal on microstructure and corrosion behavior of welded AISI 316L using GTAW process [Volume 8, Number 1] |
|
Varmaziar, S.
Effect of filler metal on microstructure and corrosion behavior of welded AISI 316L using GTAW process [Volume 8, Number 1] |
|
Rafiei, Mahdi
Optimization of TIG repair welding process parameters to obtain maximum tensile strength in AZ91C magnesium alloy [Volume 7, Number 2] |
|
Aslani, Majid
Optimization of TIG repair welding process parameters to obtain maximum tensile strength in AZ91C magnesium alloy [Volume 7, Number 2] |
|
Omidbakhsh, F.
The effect of welding parameters on the formation of S-shape defects in friction stir welding of aluminum 1085 [Volume 7, Number 1] |
|
Ebrahimi, N.
The effect of welding parameters on the formation of S-shape defects in friction stir welding of aluminum 1085 [Volume 7, Number 1] |
|
Aghajani Derazkola, H.
Effect of Tool Pin Threat on the Material Flow and Mechanical Properties Friction Stir Welding of 6061 Aluminum Alloy to Copper [Volume 5, Number 1] |
|
Hosseinzadeh, M.
Effect of Tool Pin Threat on the Material Flow and Mechanical Properties Friction Stir Welding of 6061 Aluminum Alloy to Copper [Volume 5, Number 1] |
|
Eliasi, M.
Effect of Tool Pin Threat on the Material Flow and Mechanical Properties Friction Stir Welding of 6061 Aluminum Alloy to Copper [Volume 5, Number 1] |
|
Narimani, R.
Effect of Tool Pin Threat on the Material Flow and Mechanical Properties Friction Stir Welding of 6061 Aluminum Alloy to Copper [Volume 5, Number 1] |
|
Saeed Kiasat, M.
Investigation of the thickness effect on fatigue life calculation in a single bevel butt weld in A36 steel using experiment and its comparison with simulation results [Volume 3, Number 1] |
|
Fadavie-Ardestani, M.
Investigation of the thickness effect on fatigue life calculation in a single bevel butt weld in A36 steel using experiment and its comparison with simulation results [Volume 3, Number 1] |
|
Ranjbarnodeh, E.
Investigation of the thickness effect on fatigue life calculation in a single bevel butt weld in A36 steel using experiment and its comparison with simulation results [Volume 3, Number 1] |
|
Kesharvarz, A.
Investigation of the thickness effect on fatigue life calculation in a single bevel butt weld in A36 steel using experiment and its comparison with simulation results [Volume 3, Number 1] |
|
Nikbakht, M.
Presenting a model for assessing the risk of welding cracks using the ّFBWM method [Volume 7, Number 2] |
|
Adabavazeh, N.
Presenting a model for assessing the risk of welding cracks using the ّFBWM method [Volume 7, Number 2] |
|
Karbasian, M.
Presenting a model for assessing the risk of welding cracks using the ّFBWM method [Volume 7, Number 2] |
|
Ghorbani, Amin
Effect of buffer layer and electrode composition on the mechanical properties of H13 steel repair welds using shielded metal arc welding [Volume 7, Number 2] |
|
Beidokhti, Behrooz
Effect of buffer layer and electrode composition on the mechanical properties of H13 steel repair welds using shielded metal arc welding [Volume 7, Number 2] |
|
Alimoradi, A.
Effect of Interlayer Composition on the Microstructure and Mechanical Properties of 1050 Aluminium to St14 Carbon Steel Joint Via Resistance Spot Welding Method [Volume 7, Number 2] |
|
Tahavori, R.
Effect of Interlayer Composition on the Microstructure and Mechanical Properties of 1050 Aluminium to St14 Carbon Steel Joint Via Resistance Spot Welding Method [Volume 7, Number 2] |
|
Sabet, H.
Effect of Interlayer Composition on the Microstructure and Mechanical Properties of 1050 Aluminium to St14 Carbon Steel Joint Via Resistance Spot Welding Method [Volume 7, Number 2] |
|
Bakhtiari, Hamid
Investigation of the effect of explosive welding variables on the corrosion behavior of the joint of two explosive layers of 5000 series copper-copper sheets [Volume 7, Number 2] |
|
Khanzadeh, Mohammadreza
Investigation of the effect of explosive welding variables on the corrosion behavior of the joint of two explosive layers of 5000 series copper-copper sheets [Volume 7, Number 2] |
|
Nikbakht1, Homan
Investigation of the effect of explosive welding variables on the corrosion behavior of the joint of two explosive layers of 5000 series copper-copper sheets [Volume 7, Number 2] |
|
Khandozi, Meysam
Effect of friction stir welding parameters on the microstructure and mechanical properties of dissimilar AA2024-AA6061 joints [Volume 7, Number 2] |
|
Anvari, Seyedeh Zahra
Effect of friction stir welding parameters on the microstructure and mechanical properties of dissimilar AA2024-AA6061 joints [Volume 7, Number 2] |
|
Barekat, S.M.
Laser clading of Inconel 625 on ASTM A575 steel [Volume 7, Number 2] |
|
Nasresfahani, A.R.
Laser clading of Inconel 625 on ASTM A575 steel [Volume 7, Number 2] |
|
Zakeri, M.H.
Laser clading of Inconel 625 on ASTM A575 steel [Volume 7, Number 2] |
|
Rasouli, Ali
Similar Joining of NiTi Shape Memory Alloy using Nd:YAG Pulsed Laser Welding [Volume 7, Number 2] |
|
Naffakh-Moosavy, Homam
Similar Joining of NiTi Shape Memory Alloy using Nd:YAG Pulsed Laser Welding [Volume 7, Number 2] |
|
Taghi-Ahari, Amin
Effect of bonding temperature on the microstructure and electrochemical corrosion behavior of TLP bonded AISI 304L stainless steel [Volume 7, Number 2] |
|
Mirzaei, Sima
Effect of bonding temperature on the microstructure and electrochemical corrosion behavior of TLP bonded AISI 304L stainless steel [Volume 7, Number 2] |
|
Binesh, Behzad
Effect of bonding temperature on the microstructure and electrochemical corrosion behavior of TLP bonded AISI 304L stainless steel [Volume 7, Number 2] |
|
Gharavi, Farhad
Effect of tool position on microstructural and mechanical properties of friction stir butt welded joint of AA2024–AA7075 dissimilar alloys [Volume 7, Number 2] |
|
Amini, Kamran
Effect of tool position on microstructural and mechanical properties of friction stir butt welded joint of AA2024–AA7075 dissimilar alloys [Volume 7, Number 2] |
|
Soleimani, Hosseinn
Effect of tool position on microstructural and mechanical properties of friction stir butt welded joint of AA2024–AA7075 dissimilar alloys [Volume 7, Number 2] |
|
Eslami, Gholamhosein
Welding of titanium base alloys by tungsten-gas pulse arc process (PCGTAW) and investigation of frequency effect on microstructure and mechanical properties [Volume 7, Number 2] |
|
Rafiaei, Seyed Mahdi
Welding of titanium base alloys by tungsten-gas pulse arc process (PCGTAW) and investigation of frequency effect on microstructure and mechanical properties [Volume 7, Number 2] |
|
Ghalandari, L.
Joining of the 5083 aluminum alloy using the bobbin tool friction stir welding technique [Volume 7, Number 2] |
|
Khosravifard, A.
Joining of the 5083 aluminum alloy using the bobbin tool friction stir welding technique [Volume 7, Number 2] |
|
Rabiezadeh, A.
Joining of the 5083 aluminum alloy using the bobbin tool friction stir welding technique [Volume 7, Number 2] |
|
Taheri Moghaddam, N.
Joining of the 5083 aluminum alloy using the bobbin tool friction stir welding technique [Volume 7, Number 2] |
|
golzar, mohammad
Investigation of the ultrasonic welding strength in glass fiber reinforced thermoset polymers with surface preparation method using laser beam [Volume 7, Number 1] |
|
Akbari, davood
Investigation of the ultrasonic welding strength in glass fiber reinforced thermoset polymers with surface preparation method using laser beam [Volume 7, Number 1] |
|
tirband, hamed
Investigation of the ultrasonic welding strength in glass fiber reinforced thermoset polymers with surface preparation method using laser beam [Volume 7, Number 1] |
|
Abouei Mehrizi, V.
Effect of Laser Spot Welding Variables on Microstructure and Mechanical Properties of the Ti-6AL-4V to AISI304 Dissimilar Joint [Volume 7, Number 1] |
|
Sabet, H.
Effect of Laser Spot Welding Variables on Microstructure and Mechanical Properties of the Ti-6AL-4V to AISI304 Dissimilar Joint [Volume 7, Number 1] |
|
Rafi, M.
Effect of Laser Spot Welding Variables on Microstructure and Mechanical Properties of the Ti-6AL-4V to AISI304 Dissimilar Joint [Volume 7, Number 1] |
|
Shirazi, Ali
Effect of Speed and Number of Pass in Friction Stir Welding on the Mechanical and corrosion behavior of Commercial Pure Copper [Volume 7, Number 1] |
|
Vakili-Azghandi, Mojtaba
Effect of Speed and Number of Pass in Friction Stir Welding on the Mechanical and corrosion behavior of Commercial Pure Copper [Volume 7, Number 1] |
|
Khodaei, M.
Experimental Effects Investigation of Ultrasonic Spot Welding on Dissimilar Al3105 and Al1050 Alloys Joining [Volume 7, Number 1] |
|
Meysami, A.H.
Experimental Effects Investigation of Ultrasonic Spot Welding on Dissimilar Al3105 and Al1050 Alloys Joining [Volume 7, Number 1] |
|
Razavi, H.
Experimental Effects Investigation of Ultrasonic Spot Welding on Dissimilar Al3105 and Al1050 Alloys Joining [Volume 7, Number 1] |
|
Masoumi, H.R.
Experimental Effects Investigation of Ultrasonic Spot Welding on Dissimilar Al3105 and Al1050 Alloys Joining [Volume 7, Number 1] |
|
Shamsipoor, A.
The effect of bonding temperature on the microstructure and mechanical properties of 939 super alloy by transient liquid phase bonding method [Volume 7, Number 1] |
|
Mirsalehi, S. E.
The effect of bonding temperature on the microstructure and mechanical properties of 939 super alloy by transient liquid phase bonding method [Volume 7, Number 1] |
|
Tazikeh, H.
The effect of bonding temperature on the microstructure and mechanical properties of 939 super alloy by transient liquid phase bonding method [Volume 7, Number 1] |
|
Tavakoli shoushtari, Mohammad Reza
Investigation of the effect of heat input on the properties of HSLA 100 steel weld joints produced by SMAW process [Volume 7, Number 1] |
|
Alavi Zaree, Seyed Reza
Investigation of the effect of heat input on the properties of HSLA 100 steel weld joints produced by SMAW process [Volume 7, Number 1] |
|
Dehmolaei, Reza
Investigation of the effect of heat input on the properties of HSLA 100 steel weld joints produced by SMAW process [Volume 7, Number 1] |
|
Asle Taghipour, Mehdi
Investigation of the effect of heat input on the properties of HSLA 100 steel weld joints produced by SMAW process [Volume 7, Number 1] |
|
Boutorabi, S.M.A.
The effect of tool transverse speed on the properties of aluminum-steel dissimilar joint by friction stir welding [Volume 7, Number 1] |
|
Goodarzi, M.
The effect of tool transverse speed on the properties of aluminum-steel dissimilar joint by friction stir welding [Volume 7, Number 1] |
|
Alimadadi, M.
The effect of tool transverse speed on the properties of aluminum-steel dissimilar joint by friction stir welding [Volume 7, Number 1] |
|
Ebrahimi , A.
Effect of welding parameters on penetration depth in FB-TIG welding of 5083 aluminum alloy [Volume 7, Number 1] |
|
Farzadi, A.
Effect of welding parameters on penetration depth in FB-TIG welding of 5083 aluminum alloy [Volume 7, Number 1] |
|
Karimpoor, R.
Effect of welding parameters on penetration depth in FB-TIG welding of 5083 aluminum alloy [Volume 7, Number 1] |
|
Joudaki, Jalal
Prediction of Weld Strength in Resistance Spot Welded Samples by Adaptive Neuro-Fuzzy Inference System (ANFIS) [Volume 7, Number 1] |
|
Rabiee, Amir Hossein
Prediction of Weld Strength in Resistance Spot Welded Samples by Adaptive Neuro-Fuzzy Inference System (ANFIS) [Volume 7, Number 1] |
|
Safari, Mehdi
Prediction of Weld Strength in Resistance Spot Welded Samples by Adaptive Neuro-Fuzzy Inference System (ANFIS) [Volume 7, Number 1] |
|
Yousefieh, Mohammad
Optimization of friction stir welding parameters for toughness in super duplex stainless steel [Volume 7, Number 1] |
|
Nasresfahani, Alireza
Evaluation of microstructural properties and investigation of corrosion behavior of P460NH welded steel using E8018-G electrode [Volume 7, Number 1] |
|
Nasresfahani, Alireza
Evaluation of microstructural properties and investigation of corrosion behavior of P460NH welded steel using E8018-G electrode [Volume 7, Number 1] |
|
Tahmasebi Manesh, Hossein
Evaluation of microstructural properties and investigation of corrosion behavior of P460NH welded steel using E8018-G electrode [Volume 7, Number 1] |
|
Oshaghi, S.
Microstructure and mechanical properties evaluation of diffusion bonded joints of titanium to AISI 304 austenitic stainless steel [Volume 6, Number 2] |
|
Daneshpour , S.
Microstructure and mechanical properties evaluation of diffusion bonded joints of titanium to AISI 304 austenitic stainless steel [Volume 6, Number 2] |
|
Anvari, S. Z.
Microstructure and mechanical properties evaluation of diffusion bonded joints of titanium to AISI 304 austenitic stainless steel [Volume 6, Number 2] |
|
Hajjari, E.
Improvement of Impact Toughness of API-X70 Steel Weld metals With Electromagnetic Vibration [Volume 5, Number 1] |
|
Dehmolaei, R.
Improvement of Impact Toughness of API-X70 Steel Weld metals With Electromagnetic Vibration [Volume 5, Number 1] |
|
Afzali, M.
Improvement of Impact Toughness of API-X70 Steel Weld metals With Electromagnetic Vibration [Volume 5, Number 1] |
|
Ranjbar, K.
The evaluation of microstructure and mechanical properties of API 5L X80/DSS 2205 weld metals produced by PCGTAW [Volume 6, Number 2] |
|
Raeisi Sarani, M. S.
The evaluation of microstructure and mechanical properties of API 5L X80/DSS 2205 weld metals produced by PCGTAW [Volume 6, Number 2] |
|
Dehmolaei, R.
The evaluation of microstructure and mechanical properties of API 5L X80/DSS 2205 weld metals produced by PCGTAW [Volume 6, Number 2] |
|
Mosallaee, M.
The effect of bonding temperature on the characteristics of TLP bonded joints in AISI 2205/BNi-3/AISI 2205 assembly [Volume 6, Number 2] |
|
Beheshti Bafqi, S. A.
The effect of bonding temperature on the characteristics of TLP bonded joints in AISI 2205/BNi-3/AISI 2205 assembly [Volume 6, Number 2] |
|
Jabbari, A.
Modeling of temperature in friction stir welding of duplex stainless steel using multivariate lagrangian methods, linear extrapolation and multiple linear regression [Volume 6, Number 2] |
|
Yousefieh, M.
Modeling of temperature in friction stir welding of duplex stainless steel using multivariate lagrangian methods, linear extrapolation and multiple linear regression [Volume 6, Number 2] |
|
Deilami Azodi , H.
Experimental study of formability of friction stir welded ultra-thin sheets of IF steel [Volume 6, Number 2] |
|
Safari, M.
Experimental study of formability of friction stir welded ultra-thin sheets of IF steel [Volume 6, Number 2] |
|
Ghanbari Haghighi , M.
The effect of activated flux type on the weld profile and angular distortion of A-TIG welding of the AISI 2205 duplex stainless steel [Volume 6, Number 2] |
|
Sabet, H.
The effect of activated flux type on the weld profile and angular distortion of A-TIG welding of the AISI 2205 duplex stainless steel [Volume 6, Number 2] |
|
Lori Amini, A.
The effect of activated flux type on the weld profile and angular distortion of A-TIG welding of the AISI 2205 duplex stainless steel [Volume 6, Number 2] |
|
Torabian, H.
Effect of rotary friction welding variables on mechanical and physical properties of aluminum-copper tube joints [Volume 6, Number 2] |
|
Zolriasatein, A.
Effect of rotary friction welding variables on mechanical and physical properties of aluminum-copper tube joints [Volume 6, Number 2] |
|
Ghorbani Amir, Y.
Effect of rotary friction welding variables on mechanical and physical properties of aluminum-copper tube joints [Volume 6, Number 2] |
|
Salmani, M. R.
Welding challenges facing advanced automotive steels in resistance spot welding process: A review [Volume 6, Number 2] |
|
Park, Y.
Welding challenges facing advanced automotive steels in resistance spot welding process: A review [Volume 6, Number 2] |
|
Salimijazi, H. R.
Welding challenges facing advanced automotive steels in resistance spot welding process: A review [Volume 6, Number 2] |
|
Shamanian, M.
Welding challenges facing advanced automotive steels in resistance spot welding process: A review [Volume 6, Number 2] |
|
Ashiri, R.
Welding challenges facing advanced automotive steels in resistance spot welding process: A review [Volume 6, Number 2] |
|
Farhangi, H.
Fabrication of synchronized hammer peening with pulsed laser welding and its effect on 6061 aluminum alloy weld [Volume 6, Number 2] |
|
Ebrahimzadeh, H.
Fabrication of synchronized hammer peening with pulsed laser welding and its effect on 6061 aluminum alloy weld [Volume 6, Number 2] |
|
Mousavi, S. R.
Corrosion behavior of dissimilar welded joint between Inconel 617 alloy and A387-Gr.11 low-alloy steel [Volume 6, Number 2] |
|
Dehmolaei, R.
Corrosion behavior of dissimilar welded joint between Inconel 617 alloy and A387-Gr.11 low-alloy steel [Volume 6, Number 2] |
|
Ranjbar, K.
Corrosion behavior of dissimilar welded joint between Inconel 617 alloy and A387-Gr.11 low-alloy steel [Volume 6, Number 2] |
|
Gheisari, K.
Corrosion behavior of dissimilar welded joint between Inconel 617 alloy and A387-Gr.11 low-alloy steel [Volume 6, Number 2] |
|
Keivanrad, I.
Corrosion behavior of dissimilar welded joint between Inconel 617 alloy and A387-Gr.11 low-alloy steel [Volume 6, Number 2] |
|
Shahryari, Z.
Corrosion behavior of dissimilar welded joint between Inconel 617 alloy and A387-Gr.11 low-alloy steel [Volume 6, Number 2] |
|
Golzar, M.
Ultrasonic welding of thermoset matrix composites reinforced with glass fibers using a co-cured retaining layer [Volume 6, Number 2] |
|
Akbari, D.
Ultrasonic welding of thermoset matrix composites reinforced with glass fibers using a co-cured retaining layer [Volume 6, Number 2] |
|
JabariRad, A.
Ultrasonic welding of thermoset matrix composites reinforced with glass fibers using a co-cured retaining layer [Volume 6, Number 2] |
|
Farmanesh, K.
Evaluation of fatigue behavior of cast and ultra-fine processed Al-7075 by using friction stir technique [Volume 6, Number 2] |
|
Soltanipour, A.R.
Evaluation of fatigue behavior of cast and ultra-fine processed Al-7075 by using friction stir technique [Volume 6, Number 2] |
|
Soltanipour, A.R.
Evaluation of fatigue behavior of cast and ultra-fine processed Al-7075 by using friction stir technique [Volume 6, Number 2] |
|
Mollaei Milani, Javad
Effect of rotational speed in friction stir welding on the material transfer mechanism in commercial pure aluminum [Volume 6, Number 1] |
|
Omidbakhsh, Faraz
Effect of rotational speed in friction stir welding on the material transfer mechanism in commercial pure aluminum [Volume 6, Number 1] |
|
Delir Nazarlou, Ramin
Effect of rotational speed in friction stir welding on the material transfer mechanism in commercial pure aluminum [Volume 6, Number 1] |
|
Sadeghi-Nasab, H.
Effect of NOCOLOK® flux dry-off temperature on brazed joint strength of aluminum-based heat exchangers [Volume 6, Number 1] |
|
Azadbeh, M.
Effect of NOCOLOK® flux dry-off temperature on brazed joint strength of aluminum-based heat exchangers [Volume 6, Number 1] |
|
Tavangar, R.
Effect of NOCOLOK® flux dry-off temperature on brazed joint strength of aluminum-based heat exchangers [Volume 6, Number 1] |
|
Hashemi Milani, S. A. A.
Effect of NOCOLOK® flux dry-off temperature on brazed joint strength of aluminum-based heat exchangers [Volume 6, Number 1] |
|
Monir Vaghefi, S. M.
Evaluation of microstructure and hardness in repair with OAW method in copper DHP moulds [Volume 6, Number 1] |
|
Sadough Vanini, S. A.
Evaluation of microstructure and hardness in repair with OAW method in copper DHP moulds [Volume 6, Number 1] |
|
Alinaghian, H. R.
Evaluation of microstructure and hardness in repair with OAW method in copper DHP moulds [Volume 6, Number 1] |
|
Khorsand, H.
Optimal SQUID based non-destructive test for detecting sub-surface defects with the help of advanced SQUID superconducting sensors and an experimental approach for optimal production method of these sensors from the YBCO superconductor materials [Volume 6, Number 1] |
|
Rostami, M.
Optimal SQUID based non-destructive test for detecting sub-surface defects with the help of advanced SQUID superconducting sensors and an experimental approach for optimal production method of these sensors from the YBCO superconductor materials [Volume 6, Number 1] |
|
Bekrani, M.
Phased array ultrasonic imaging using an improved beamforming based total focusing method for non destructive test [Volume 6, Number 1] |
|
Salehi, M.
A study on the effect of pulsed current gas tungsten arc welding parameters on the microstructural evolutions, corrosion behavior and mechanical properties of AA 5456 weld joints [Volume 6, Number 1] |
|
Rafiei , M.
A study on the effect of pulsed current gas tungsten arc welding parameters on the microstructural evolutions, corrosion behavior and mechanical properties of AA 5456 weld joints [Volume 6, Number 1] |
|
Mostaan, H.
A study on the effect of pulsed current gas tungsten arc welding parameters on the microstructural evolutions, corrosion behavior and mechanical properties of AA 5456 weld joints [Volume 6, Number 1] |
|
Samadi, M.R.
A study on the effect of pulsed current gas tungsten arc welding parameters on the microstructural evolutions, corrosion behavior and mechanical properties of AA 5456 weld joints [Volume 6, Number 1] |
|
Janghorban, K.
The effect of overlapping percent on microstructure and mechanical properties of laser cladding of Inconel 625 powder on ASTM A592 steel [Volume 6, Number 1] |
|
Daneshmanesh, H.
The effect of overlapping percent on microstructure and mechanical properties of laser cladding of Inconel 625 powder on ASTM A592 steel [Volume 6, Number 1] |
|
Shayanfar, P.
The effect of overlapping percent on microstructure and mechanical properties of laser cladding of Inconel 625 powder on ASTM A592 steel [Volume 6, Number 1] |
|
Salmani3, M. R.
Investigation of structural changes in resistance spot welding of advanced high strength steel DP590 [Volume 6, Number 1] |
|
Shamanian, M.
Investigation of structural changes in resistance spot welding of advanced high strength steel DP590 [Volume 6, Number 1] |
|
Ghandi, A.
Investigation of structural changes in resistance spot welding of advanced high strength steel DP590 [Volume 6, Number 1] |
|
Saeid, T.
Influence of rotational speed on the development of microstructure in a friction stir welded 304 austenitic stainless steel [Volume 6, Number 1] |
|
Emami, S.
Influence of rotational speed on the development of microstructure in a friction stir welded 304 austenitic stainless steel [Volume 6, Number 1] |
|
Hajizadeh, M.
Influence of rotational speed on the development of microstructure in a friction stir welded 304 austenitic stainless steel [Volume 6, Number 1] |
|
Rezae, M.
The Effect of pin geometry on the mechanical property of Aluminium 6061-alumina composite made by friction stir welding [Volume 5, Number 2] |
|
Belbasi, M.
The Effect of pin geometry on the mechanical property of Aluminium 6061-alumina composite made by friction stir welding [Volume 5, Number 2] |
|
Sabokrouh , M.
Experimental determination of the carburizing effect on tensile strength, impact strength, fatigue, residual stress of nano girth welding on microalloy steel [Volume 5, Number 2] |
|
Khalil Allafi, J.
Dissimilar laser welding of NiTi shape memory alloy to austenitic stainless steel archwires [Volume 5, Number 2] |
|
Valanezhad, A.
Dissimilar laser welding of NiTi shape memory alloy to austenitic stainless steel archwires [Volume 5, Number 2] |
|
Saeid, T.
Dissimilar laser welding of NiTi shape memory alloy to austenitic stainless steel archwires [Volume 5, Number 2] |
|
Asadi, S.
Dissimilar laser welding of NiTi shape memory alloy to austenitic stainless steel archwires [Volume 5, Number 2] |
|
Atapour, M.
Investigation of the effect of temperature on the corrosion behavior of welded joints similar of titanium alloy Ti-6Al-4V by friction stir welding method [Volume 5, Number 2] |
|
Chiani, M.
Investigation of the effect of temperature on the corrosion behavior of welded joints similar of titanium alloy Ti-6Al-4V by friction stir welding method [Volume 5, Number 2] |
|
Rafiei, M.
Evaluation of microstructure and corrosion behavior of dissimilar laser joint between Inconel 625 and AISI 430 ferritic stainless steel [Volume 5, Number 2] |
|
Mostaan, H.
Evaluation of microstructure and corrosion behavior of dissimilar laser joint between Inconel 625 and AISI 430 ferritic stainless steel [Volume 5, Number 2] |
|
Emadi, M.
Evaluation of microstructure and corrosion behavior of dissimilar laser joint between Inconel 625 and AISI 430 ferritic stainless steel [Volume 5, Number 2] |
|
Elahi, Mohammad Reza
Evolution of microstructures and mechanical properties of AZ31 magnesium alloy weldment with TIG and Pulsed TIG process [Volume 5, Number 2] |
|
Anvari, Seyedeh Zahra
Evolution of microstructures and mechanical properties of AZ31 magnesium alloy weldment with TIG and Pulsed TIG process [Volume 5, Number 2] |
|
Eskandari, H.
Stress and temperature analysis in tubular x-joints using simufact welding [Volume 5, Number 2] |
|
Habibi, N.
Stress and temperature analysis in tubular x-joints using simufact welding [Volume 5, Number 2] |
|
Saeid, T.
Microstructural evolution of 304 austenitic stainless steel in friction stir welding process [Volume 5, Number 2] |
|
Emami, S.
Microstructural evolution of 304 austenitic stainless steel in friction stir welding process [Volume 5, Number 2] |
|
Saed, T.
Study of Microstracture and Microhardness of Welded Austenic Stainless Steel 316L by TIG, A-TIG and FB-TIG Methods. [Volume 5, Number 2] |
|
Rahimi, N.
Study of Microstracture and Microhardness of Welded Austenic Stainless Steel 316L by TIG, A-TIG and FB-TIG Methods. [Volume 5, Number 2] |
|
Farmanesh, K.
The evaluation of the tool's velocity on the behavior of the Al-7075 alloy during friction stir welding using finite element method [Volume 5, Number 2] |
|
Soltanipoor, A.R.
The evaluation of the tool's velocity on the behavior of the Al-7075 alloy during friction stir welding using finite element method [Volume 5, Number 2] |
|
Marchin, N.
The evaluation of the tool's velocity on the behavior of the Al-7075 alloy during friction stir welding using finite element method [Volume 5, Number 2] |
|
Iranmanesh, M.
Minimizing distortion caused by welding, by sequencing optimization in a large steel panel [Volume 5, Number 2] |
|
Ranjbar Nodeh, E.
Minimizing distortion caused by welding, by sequencing optimization in a large steel panel [Volume 5, Number 2] |
|
Shadkam, S.
Minimizing distortion caused by welding, by sequencing optimization in a large steel panel [Volume 5, Number 2] |
|
Ashrafi, A.
Transient liquid phase bonding of AISI 304L stainless steels with the austenitic and martensitic microstructures [Volume 5, Number 2] |
|
Karimzadeh, F.
Transient liquid phase bonding of AISI 304L stainless steels with the austenitic and martensitic microstructures [Volume 5, Number 2] |
|
Ghaderi, S.
Transient liquid phase bonding of AISI 304L stainless steels with the austenitic and martensitic microstructures [Volume 5, Number 2] |
|
Abouei Mehrizi, V.
The effect of transvers speeds on microstructure and mechanical properties of the AA2024 to AA6061 joint welded by FSW [Volume 4, Number 2] |
|
Sabet , H.
The effect of transvers speeds on microstructure and mechanical properties of the AA2024 to AA6061 joint welded by FSW [Volume 4, Number 2] |
|
Khodai Delouei, I.
The effect of transvers speeds on microstructure and mechanical properties of the AA2024 to AA6061 joint welded by FSW [Volume 4, Number 2] |
|
Rafiei, M.
Evaluation of dissimilar joint properties of AISI316 to AISI430 stainless steels produced by GTAW [Volume 4, Number 2] |
|
Rasouli, I.
Evaluation of dissimilar joint properties of AISI316 to AISI430 stainless steels produced by GTAW [Volume 4, Number 2] |
|
Saroghi, M.
Experimental determination of normalizing effect on mechanical and metallurgical properties of HSLA API X65 multi-pass girth weld [Volume 4, Number 2] |
|
Sabokrouh, M.
Experimental determination of normalizing effect on mechanical and metallurgical properties of HSLA API X65 multi-pass girth weld [Volume 4, Number 2] |
|
Naffakh-Moosavy, H.
Investigation of the influence of electron beam welding current change on the microstructure and mechanical properties of Nb-1Zr advanced alloy [Volume 4, Number 2] |
|
Hajitabar, A.
Investigation of the influence of electron beam welding current change on the microstructure and mechanical properties of Nb-1Zr advanced alloy [Volume 4, Number 2] |
|
Moradi, M.
Experimental and Numerical Investigation of Laser Assisted PC to Polycarbonate Welding [Volume 4, Number 2] |
|
Kazerooni, A.
Experimental and Numerical Investigation of Laser Assisted PC to Polycarbonate Welding [Volume 4, Number 2] |
|
Shaikh Meiabadi, M.Saleh
Experimental and Numerical Investigation of Laser Assisted PC to Polycarbonate Welding [Volume 4, Number 2] |
|
Afsari, A.
Effect of nanoparticles addition on dissimilar joining of aluminum alloys by friction stir welding [Volume 4, Number 2] |
|
Rabiezadeh, A.
Effect of nanoparticles addition on dissimilar joining of aluminum alloys by friction stir welding [Volume 4, Number 2] |
|
Emami, S.
Optimization of TIG-MIG hybrid welding of 316L austenitic stainless steel [Volume 4, Number 2] |
|
Mostafapour, A.
Optimization of TIG-MIG hybrid welding of 316L austenitic stainless steel [Volume 4, Number 2] |
|
Saeid, T.
Optimization of TIG-MIG hybrid welding of 316L austenitic stainless steel [Volume 4, Number 2] |
|
Ostovar, M.
Optimization of TIG-MIG hybrid welding of 316L austenitic stainless steel [Volume 4, Number 2] |
|
Cavaliere, P.
Friction stir welding of Al-Al2O3 nanocomposite with bimodal size of alumina reinforcement produced by spark plasma sintering [Volume 4, Number 2] |
|
Ashrafizadeh, F.
Friction stir welding of Al-Al2O3 nanocomposite with bimodal size of alumina reinforcement produced by spark plasma sintering [Volume 4, Number 2] |
|
Shamanian, M.
Friction stir welding of Al-Al2O3 nanocomposite with bimodal size of alumina reinforcement produced by spark plasma sintering [Volume 4, Number 2] |
|
Sadeghi, B.
Friction stir welding of Al-Al2O3 nanocomposite with bimodal size of alumina reinforcement produced by spark plasma sintering [Volume 4, Number 2] |
|
Sonboli, A.
Development of dissimilar GTA 4130/201 SS weld joint and investigation on the effect of filler metals in order to obtain improved mechanical properties and microstructural features [Volume 4, Number 2] |
|
Mostaan, H.
Development of dissimilar GTA 4130/201 SS weld joint and investigation on the effect of filler metals in order to obtain improved mechanical properties and microstructural features [Volume 4, Number 2] |
|
Gholami, M.
Development of dissimilar GTA 4130/201 SS weld joint and investigation on the effect of filler metals in order to obtain improved mechanical properties and microstructural features [Volume 4, Number 2] |
|
Abbasi, A.
Gas tungsten arc welding of direct quenched wear resistant steel to plain carbon steel and evaluation of its microstructure and wear properties [Volume 4, Number 2] |
|
Ardestani, M.
Gas tungsten arc welding of direct quenched wear resistant steel to plain carbon steel and evaluation of its microstructure and wear properties [Volume 4, Number 2] |
|
Vanaee, M.
Gas tungsten arc welding of direct quenched wear resistant steel to plain carbon steel and evaluation of its microstructure and wear properties [Volume 4, Number 2] |
|
Taherkhani, A.
Study and Investigation on the Effect of Presence of Interlayer on the Microstructure, Mechanical Properties and Fracture Mode of AISI 321 Stainless Steel Resistance Spot Welds [Volume 4, Number 1] |
|
Haddadi, M.
Study and Investigation on the Effect of Presence of Interlayer on the Microstructure, Mechanical Properties and Fracture Mode of AISI 321 Stainless Steel Resistance Spot Welds [Volume 4, Number 1] |
|
Sonboli, A.
Study and Investigation on the Effect of Presence of Interlayer on the Microstructure, Mechanical Properties and Fracture Mode of AISI 321 Stainless Steel Resistance Spot Welds [Volume 4, Number 1] |
|
Safari, M.
Study and Investigation on the Effect of Presence of Interlayer on the Microstructure, Mechanical Properties and Fracture Mode of AISI 321 Stainless Steel Resistance Spot Welds [Volume 4, Number 1] |
|
Mostaan, H.
Study and Investigation on the Effect of Presence of Interlayer on the Microstructure, Mechanical Properties and Fracture Mode of AISI 321 Stainless Steel Resistance Spot Welds [Volume 4, Number 1] |
|
Solgi, Saied
The Influence of Heat-Input on Structural and Mechanical Properties of 2205 Duplex Stainless Steel [Volume 4, Number 1] |
|
Arjmand, Sajad
The Influence of Heat-Input on Structural and Mechanical Properties of 2205 Duplex Stainless Steel [Volume 4, Number 1] |
|
Tavoosi, Majid
The Influence of Heat-Input on Structural and Mechanical Properties of 2205 Duplex Stainless Steel [Volume 4, Number 1] |
|
Hamdollahzadeh, A.
The Effect of Hydrogen Content and Welding Conditions on the Hydrogen Induced Cracking of the API X70 Steel Weld [Volume 4, Number 1] |
|
Ranjbarnodeh, E.
The Effect of Hydrogen Content and Welding Conditions on the Hydrogen Induced Cracking of the API X70 Steel Weld [Volume 4, Number 1] |
|
Marashi, P.
The Effect of Hydrogen Content and Welding Conditions on the Hydrogen Induced Cracking of the API X70 Steel Weld [Volume 4, Number 1] |
|
Talebi Hanzaei, A.
The Effect of Hydrogen Content and Welding Conditions on the Hydrogen Induced Cracking of the API X70 Steel Weld [Volume 4, Number 1] |
|
Khodabandeh, Alireza
Welding of 304L Stainless Steel to 409 Stainless Steel with GMAW Process Using ER316LSi and ER309LMo Filler Metals [Volume 4, Number 1] |
|
Najafi, Hamidreza
Welding of 304L Stainless Steel to 409 Stainless Steel with GMAW Process Using ER316LSi and ER309LMo Filler Metals [Volume 4, Number 1] |
|
Abbasi, Morteza
Welding of 304L Stainless Steel to 409 Stainless Steel with GMAW Process Using ER316LSi and ER309LMo Filler Metals [Volume 4, Number 1] |
|
Sabet, H.
The Effect of the AA7075 Interlayer on the Microstructure and Mechanical Properties of the AA1050 Butt Joint Welded by FSW [Volume 4, Number 1] |
|
Razavi, A.S.
The Effect of the AA7075 Interlayer on the Microstructure and Mechanical Properties of the AA1050 Butt Joint Welded by FSW [Volume 4, Number 1] |
|
Saeid, T.
Effect of Inclusions on Acicular Ferrite Formation in Submerged Arc Welding of API5L-X65 [Volume 5, Number 1] |
|
Milani, J. M.
Effect of Inclusions on Acicular Ferrite Formation in Submerged Arc Welding of API5L-X65 [Volume 5, Number 1] |
|
Sabokrouh, M.
Experimental determination of the annealing effect on critical area of HSLA multi-pass girth weld at natural gas pipelines [Volume 5, Number 1] |
|
Abbasi, S. M.
Effect of Harmonic Vibration on Microstructure and Mechanical Properties of AA-5083-H321 Aluminum Alloy GMAW Welds [Volume 5, Number 1] |
|
Ebrahimi, A.
Effect of Harmonic Vibration on Microstructure and Mechanical Properties of AA-5083-H321 Aluminum Alloy GMAW Welds [Volume 5, Number 1] |
|
Tamasgavabari, R.
Effect of Harmonic Vibration on Microstructure and Mechanical Properties of AA-5083-H321 Aluminum Alloy GMAW Welds [Volume 5, Number 1] |
|
Zafari, H.
Metallurgical fatigue failure analysis of the brazed steam turbine blade [Volume 5, Number 1] |
|
Vaseghi, M.
Metallurgical fatigue failure analysis of the brazed steam turbine blade [Volume 5, Number 1] |
|
Sameezadeh, M.
Metallurgical fatigue failure analysis of the brazed steam turbine blade [Volume 5, Number 1] |
|
Seifoddini, A.
Optimization of Ni content in the deposited weld metal composition of E7018-G electrode [Volume 5, Number 1] |
|
Kalantar, M.
Optimization of Ni content in the deposited weld metal composition of E7018-G electrode [Volume 5, Number 1] |
|
Mosallaee PourYazdi, M.
Optimization of Ni content in the deposited weld metal composition of E7018-G electrode [Volume 5, Number 1] |
|
Toghraei Semiromi, M.
Optimization of Ni content in the deposited weld metal composition of E7018-G electrode [Volume 5, Number 1] |
|
Abravi, M.S.
Investigation on Mechanical Behavior Stir Soldering of Aluminum Foam Sandwich Panels [Volume 5, Number 1] |
|
Mahdavi Shahri, M.
Investigation on Mechanical Behavior Stir Soldering of Aluminum Foam Sandwich Panels [Volume 5, Number 1] |
|
Izadpanahi, A.
Investigation on Mechanical Behavior Stir Soldering of Aluminum Foam Sandwich Panels [Volume 5, Number 1] |
|
Shokuhfar, A.
The effect of Zn element addition on dissimilar Al6061/AZ31 friction stir welded joints [Volume 5, Number 1] |
|
Abdollahzadeh, A.
The effect of Zn element addition on dissimilar Al6061/AZ31 friction stir welded joints [Volume 5, Number 1] |
|
Askari, S. B.
Dissimilar Welding of EN 10025 Carbon Steel to AISI 316L Stainless Steel by Friction Stir Welding [Volume 5, Number 1] |
|
Abasi Baharanchi , M.
Dissimilar Welding of EN 10025 Carbon Steel to AISI 316L Stainless Steel by Friction Stir Welding [Volume 5, Number 1] |
|
Eslami, A.
Effect of Post-weld Heat Treatment on Joint Properties of Dissimilar Friction Stir Welded AA2024 and AA7075 Aluminum Alloys [Volume 5, Number 1] |
|
Shamanian, M.
Effect of Post-weld Heat Treatment on Joint Properties of Dissimilar Friction Stir Welded AA2024 and AA7075 Aluminum Alloys [Volume 5, Number 1] |
|
Safarbali, B.
Effect of Post-weld Heat Treatment on Joint Properties of Dissimilar Friction Stir Welded AA2024 and AA7075 Aluminum Alloys [Volume 5, Number 1] |
|
Vahman , M.
Investigation of Corrosion Behavior and Galvanic Corrosion Simulation of Super Duplex Stainless Steel UNS S32750 Weld Zone
[Volume 4, Number 1] |
|
Edriss, H.
Investigation of Corrosion Behavior and Galvanic Corrosion Simulation of Super Duplex Stainless Steel UNS S32750 Weld Zone
[Volume 4, Number 1] |
|
Behjat, A.
Investigation of Corrosion Behavior and Galvanic Corrosion Simulation of Super Duplex Stainless Steel UNS S32750 Weld Zone
[Volume 4, Number 1] |
|
Atapour, M.
Investigation of Corrosion Behavior and Galvanic Corrosion Simulation of Super Duplex Stainless Steel UNS S32750 Weld Zone
[Volume 4, Number 1] |
|
Ahl Sarmadi, M.
Investigation of Corrosion Behavior and Galvanic Corrosion Simulation of Super Duplex Stainless Steel UNS S32750 Weld Zone
[Volume 4, Number 1] |
|
Sabet, H.
Investigation on the Effect of Post Weld Heat Treatment Temperature on Stress Corrosion Resistance of Inconel 625 Cladded on AISI 4130 Steel Using Hot Wire GTAW [Volume 4, Number 1] |
|
Razavi, S. H.
Investigation on the Effect of Post Weld Heat Treatment Temperature on Stress Corrosion Resistance of Inconel 625 Cladded on AISI 4130 Steel Using Hot Wire GTAW [Volume 4, Number 1] |
|
Siddiqui, M.
Investigation on the Effect of Post Weld Heat Treatment Temperature on Stress Corrosion Resistance of Inconel 625 Cladded on AISI 4130 Steel Using Hot Wire GTAW [Volume 4, Number 1] |
|
Dehmolaei, R.
Effect of Heat Input of Submerged Arc Welding Process on the Corrosion Behavior of API X42 Gas Pipeline Steel Weld Joint [Volume 4, Number 1] |
|
Farzam, M.
Effect of Heat Input of Submerged Arc Welding Process on the Corrosion Behavior of API X42 Gas Pipeline Steel Weld Joint [Volume 4, Number 1] |
|
Mahab, A.
Effect of Heat Input of Submerged Arc Welding Process on the Corrosion Behavior of API X42 Gas Pipeline Steel Weld Joint [Volume 4, Number 1] |
|
Shafiee, M.
The Mechanical Properties Evaluation of the Welded Sheets of AA 3105 Aluminum Alloy Using Friction Stir Spot Welding (FSSW) [Volume 4, Number 1] |
|
Rezaei Ashtiani, H.
The Mechanical Properties Evaluation of the Welded Sheets of AA 3105 Aluminum Alloy Using Friction Stir Spot Welding (FSSW) [Volume 4, Number 1] |
|
Hajisafari, M.
Effect of Weld Metal Microstructure on the Fatigue and Corrosion-Fatigue Properties of GTA-Welded 304 Stainless Steel [Volume 4, Number 1] |
|
Mehrabi Sharifabad, H.
Effect of Weld Metal Microstructure on the Fatigue and Corrosion-Fatigue Properties of GTA-Welded 304 Stainless Steel [Volume 4, Number 1] |
|
teymoori, Mostafa
The stress concentration of In718 superalloy after friction welding and compare with Mar-M247 and In718 welded joints [Volume 3, Number 2] |
|
Kiahosseini, Seyed Rahim
The stress concentration of In718 superalloy after friction welding and compare with Mar-M247 and In718 welded joints [Volume 3, Number 2] |
|
shahsavari, amin
resistance spot welding of nanostructured Al 2024 alloy and Evaluation of mechanical properties Weldment [Volume 3, Number 2] |
|
rezaeian, ahmad
resistance spot welding of nanostructured Al 2024 alloy and Evaluation of mechanical properties Weldment [Volume 3, Number 2] |
|
karimzadeh, fathallah
resistance spot welding of nanostructured Al 2024 alloy and Evaluation of mechanical properties Weldment [Volume 3, Number 2] |
|
gheysari, payam
resistance spot welding of nanostructured Al 2024 alloy and Evaluation of mechanical properties Weldment [Volume 3, Number 2] |
|
Jafari, A.
On the microstrctral and machanical properties of similar TLP bonding of Inconel 600 superalloy sheet [Volume 3, Number 2] |
|
Davoodi Jamalooei, A.
On the microstrctral and machanical properties of similar TLP bonding of Inconel 600 superalloy sheet [Volume 3, Number 2] |
|
Khorram, A.
On the microstrctral and machanical properties of similar TLP bonding of Inconel 600 superalloy sheet [Volume 3, Number 2] |
|
Borhani, E.
Optimization of FSW parameters for mechanical properties of Nano/UFG Aluminum- scandium alloys by using design of experiment method
[Volume 3, Number 2] |
|
Boutorabi, S.M.A.
Optimization of FSW parameters for mechanical properties of Nano/UFG Aluminum- scandium alloys by using design of experiment method
[Volume 3, Number 2] |
|
Tamizifar, M.
Optimization of FSW parameters for mechanical properties of Nano/UFG Aluminum- scandium alloys by using design of experiment method
[Volume 3, Number 2] |
|
Yousefieh, M.
Optimization of FSW parameters for mechanical properties of Nano/UFG Aluminum- scandium alloys by using design of experiment method
[Volume 3, Number 2] |
|
Hamedi, M.
Using a New Contact Resistance Model for Investigating Mechanical Properties of Hastelloy X Welded Joints in Small Scale Resistance Spot Welding [Volume 3, Number 2] |
|
Atashparva, M.
Using a New Contact Resistance Model for Investigating Mechanical Properties of Hastelloy X Welded Joints in Small Scale Resistance Spot Welding [Volume 3, Number 2] |
|
Roohnia, M.
Measuring of Residual Stress in TIG Welding of the 304 Stainless Steel by Ultrasonic Method
[Volume 3, Number 2] |
|
Sabet, H.
Measuring of Residual Stress in TIG Welding of the 304 Stainless Steel by Ultrasonic Method
[Volume 3, Number 2] |
|
Parvaresh, A.
Measuring of Residual Stress in TIG Welding of the 304 Stainless Steel by Ultrasonic Method
[Volume 3, Number 2] |
|
Sanaei, S.
Analysis of Failure Caused by In-service Welding in anX52 Gas Pipeline [Volume 3, Number 2] |
|
Farzadi, A.
Analysis of Failure Caused by In-service Welding in anX52 Gas Pipeline [Volume 3, Number 2] |
|
Allafchian, A.
The possibility of the TLP bonding between UNS S32750 and AISI 304 [Volume 3, Number 2] |
|
Shamanian, M.
The possibility of the TLP bonding between UNS S32750 and AISI 304 [Volume 3, Number 2] |
|
Atapour, M.
The possibility of the TLP bonding between UNS S32750 and AISI 304 [Volume 3, Number 2] |
|
Abdolvand, R.
The possibility of the TLP bonding between UNS S32750 and AISI 304 [Volume 3, Number 2] |
|
Shamanian, M.
Investigation of microstructures and mechanical properties of dissimilar welds between Incoloy 825 and 316 stainless steel [Volume 2, Number 1] |
|
Heshmat Dehkordi, E.
Investigation of microstructures and mechanical properties of dissimilar welds between Incoloy 825 and 316 stainless steel [Volume 2, Number 1] |
|
Ghasemi, R.
Investigation of microstructures and mechanical properties of dissimilar welds between Incoloy 825 and 316 stainless steel [Volume 2, Number 1] |
|
Bakhtiari, A.
Optimization of variables of friction stir welding process with the aim of achieving the maximum fracture strength [Volume 2, Number 1] |
|
Mostaan, H.
Optimization of variables of friction stir welding process with the aim of achieving the maximum fracture strength [Volume 2, Number 1] |
|
Safari, M.
Optimization of variables of friction stir welding process with the aim of achieving the maximum fracture strength [Volume 2, Number 1] |
|
Abbasi , M.
Study the Profile Shape and Mechanical Properties of Bonded Joint HNV3 to Nimonic 80A Superalloy with Inertia Friction Welding Method [Volume 2, Number 1] |
|
Sabet, H.
Study the Profile Shape and Mechanical Properties of Bonded Joint HNV3 to Nimonic 80A Superalloy with Inertia Friction Welding Method [Volume 2, Number 1] |
|
Sakiyan, S.
Study the Profile Shape and Mechanical Properties of Bonded Joint HNV3 to Nimonic 80A Superalloy with Inertia Friction Welding Method [Volume 2, Number 1] |
|
Dehnavi, M.R.
Analysis of the microstructural characteristics of FSW connection of A517 (B) steel and its relation to mechanical properties and corrosion behavior [Volume 2, Number 1] |
|
Ghasemi, A.
Analysis of the microstructural characteristics of FSW connection of A517 (B) steel and its relation to mechanical properties and corrosion behavior [Volume 2, Number 1] |
|
Soltanpoor, A.
Analysis of the microstructural characteristics of FSW connection of A517 (B) steel and its relation to mechanical properties and corrosion behavior [Volume 2, Number 1] |
|
Ansaripour, M.
Analysis of the microstructural characteristics of FSW connection of A517 (B) steel and its relation to mechanical properties and corrosion behavior [Volume 2, Number 1] |
|
Amini, K.
Friction stir welding of dissimilar joint of aluminum alloy 5083 and commercially pure titanium [Volume 2, Number 1] |
|
Kasiri, M.
Friction stir welding of dissimilar joint of aluminum alloy 5083 and commercially pure titanium [Volume 2, Number 1] |
|
Mirzapour, E.
Friction stir welding of dissimilar joint of aluminum alloy 5083 and commercially pure titanium [Volume 2, Number 1] |
|
Shabani, M.
Friction stir welding of dissimilar joint of aluminum alloy 5083 and commercially pure titanium [Volume 2, Number 1] |
|
Sadeghi Gogheri, M.
Friction stir welding of dissimilar joint of aluminum alloy 5083 and commercially pure titanium [Volume 2, Number 1] |
|
Ahl Sarmadi , M.
Effect of Heat Input on Microstructure and Mechanical Properties in Friction Stir Welding of HSLA-60 [Volume 2, Number 1] |
|
Atapour, M.
Effect of Heat Input on Microstructure and Mechanical Properties in Friction Stir Welding of HSLA-60 [Volume 2, Number 1] |
|
Shamanian, M.
Effect of Heat Input on Microstructure and Mechanical Properties in Friction Stir Welding of HSLA-60 [Volume 2, Number 1] |
|
Behjat, A.
Effect of Heat Input on Microstructure and Mechanical Properties in Friction Stir Welding of HSLA-60 [Volume 2, Number 1] |
|
Gholami, S.
The effect of heat input on the microstructure and hardness of continuous fiber laser welded high Al-content δ-TRIP steel [Volume 2, Number 1] |
|
Palizdar, Y.
The effect of heat input on the microstructure and hardness of continuous fiber laser welded high Al-content δ-TRIP steel [Volume 2, Number 1] |
|
MalekGhaini, F.
The effect of heat input on the microstructure and hardness of continuous fiber laser welded high Al-content δ-TRIP steel [Volume 2, Number 1] |
|
Najafi , Y.
The effect of heat input on the microstructure and hardness of continuous fiber laser welded high Al-content δ-TRIP steel [Volume 2, Number 1] |
|
Kalantaripour , R.
Investigation on Effect of Heat Input on the Microstructure and Mechanical Properties of Hadfield Steel Weld Joints in SMAW Process [Volume 2, Number 1] |
|
Sabzi, M.
Investigation on Effect of Heat Input on the Microstructure and Mechanical Properties of Hadfield Steel Weld Joints in SMAW Process [Volume 2, Number 1] |
|
Iranmanesh, M.
Finite Element Simulation of Welding Distortion in Large Structure [Volume 1, Number 1] |
|
Ranjbarnodeh, E.
Finite Element Simulation of Welding Distortion in Large Structure [Volume 1, Number 1] |
|
Rezaei, A.
Finite Element Simulation of Welding Distortion in Large Structure [Volume 1, Number 1] |
|
Szpunar, J.
Evolution of Microstructure and Mechanical Properties of Gas Tungsten Arc Welding of Super Duplex Stainless Steel UNSS32750 [Volume 1, Number 1] |
|
Mohtadi Bonab, M.A.
Evolution of Microstructure and Mechanical Properties of Gas Tungsten Arc Welding of Super Duplex Stainless Steel UNSS32750 [Volume 1, Number 1] |
|
Behjat, A.
Evolution of Microstructure and Mechanical Properties of Gas Tungsten Arc Welding of Super Duplex Stainless Steel UNSS32750 [Volume 1, Number 1] |
|
Edris, H.
Evolution of Microstructure and Mechanical Properties of Gas Tungsten Arc Welding of Super Duplex Stainless Steel UNSS32750 [Volume 1, Number 1] |
|
Shamanian, M.
Evolution of Microstructure and Mechanical Properties of Gas Tungsten Arc Welding of Super Duplex Stainless Steel UNSS32750 [Volume 1, Number 1] |
|
Ahl Sarmadi, M.
Evolution of Microstructure and Mechanical Properties of Gas Tungsten Arc Welding of Super Duplex Stainless Steel UNSS32750 [Volume 1, Number 1] |
|
Mashreghee, A.
Effect of Cellulose Characterization Used in Manufacturing of E8010-P1 Cellulosic Electrode on Structural and Mechanical Properties of its Weld Metal [Volume 1, Number 1] |
|
Ghasemi , S.
Effect of Cellulose Characterization Used in Manufacturing of E8010-P1 Cellulosic Electrode on Structural and Mechanical Properties of its Weld Metal [Volume 1, Number 1] |
|
Dehghantalebi , F.
Effect of Cellulose Characterization Used in Manufacturing of E8010-P1 Cellulosic Electrode on Structural and Mechanical Properties of its Weld Metal [Volume 1, Number 1] |
|
Mosallaee, M.
Effect of Cellulose Characterization Used in Manufacturing of E8010-P1 Cellulosic Electrode on Structural and Mechanical Properties of its Weld Metal [Volume 1, Number 1] |
|
Mostaan, H.
Experimental and Numerical Investigation of Microstructural Evolutions, Mechanical Properties and Fracture Mode of AISI 1075 Resistance Weld [Volume 1, Number 1] |
|
Safari, M.
Experimental and Numerical Investigation of Microstructural Evolutions, Mechanical Properties and Fracture Mode of AISI 1075 Resistance Weld [Volume 1, Number 1] |
|
Taherizadeh , A.
Simulation of Material Plastic Flow and Morphology During Friction Stir Welding of Stainless Steel to Aluminum Alloy Dissimilar Joint [Volume 1, Number 1] |
|
Atapour, M.
Simulation of Material Plastic Flow and Morphology During Friction Stir Welding of Stainless Steel to Aluminum Alloy Dissimilar Joint [Volume 1, Number 1] |
|
Sadeghian, B.
Simulation of Material Plastic Flow and Morphology During Friction Stir Welding of Stainless Steel to Aluminum Alloy Dissimilar Joint [Volume 1, Number 1] |
|
Najafi Birgani, E.
Investigation on Effect of Heat Input on the Corrosion Behavior of Hadfield Steel Weld Joints in SMAW Process [Volume 1, Number 1] |
|
Moeni far, S.
Investigation on Effect of Heat Input on the Corrosion Behavior of Hadfield Steel Weld Joints in SMAW Process [Volume 1, Number 1] |
|
Sabzi, M.
Investigation on Effect of Heat Input on the Corrosion Behavior of Hadfield Steel Weld Joints in SMAW Process [Volume 1, Number 1] |
|
Safari, M.
Determination of Optimized High Energy Beams Welding Conditions in Order to Simultaneous Obtaining of Desirable Magnetic and Mechanical Properties [Volume 1, Number 1] |
|
Shamanian, M.
Determination of Optimized High Energy Beams Welding Conditions in Order to Simultaneous Obtaining of Desirable Magnetic and Mechanical Properties [Volume 1, Number 1] |
|
Mostan, H.
Determination of Optimized High Energy Beams Welding Conditions in Order to Simultaneous Obtaining of Desirable Magnetic and Mechanical Properties [Volume 1, Number 1] |
|
Mostaan, H.
Resistance spot welding of AISI 201 stainless steel: The relationship between welding current, microstructure, mechanical properties and failure mode [Volume 2, Number 2] |
|
Safari, M.
Resistance spot welding of AISI 201 stainless steel: The relationship between welding current, microstructure, mechanical properties and failure mode [Volume 2, Number 2] |
|
Mirsalehi, S. E.
Investigation on effect of holding time in brazing of steel to cemented carbide using Cu-Ag alloy filler metal [Volume 2, Number 2] |
|
Amelzadeh, M.
Investigation on effect of holding time in brazing of steel to cemented carbide using Cu-Ag alloy filler metal [Volume 2, Number 2] |
|
Beidokhti, Behrooz
Investigation on the corrosion behaviour of 420 welding martensitic steel with the ER308L, ER309L and ER420 fillers studied in 3.5% NaCl solution with and without CO2 [Volume 2, Number 2] |
|
Lashkari Ghoochani, Mahdi
Investigation on the corrosion behaviour of 420 welding martensitic steel with the ER308L, ER309L and ER420 fillers studied in 3.5% NaCl solution with and without CO2 [Volume 2, Number 2] |
|
Alavi Zaree, Seyed Reza
Optimization of pulesd current gas tungsten arc welding process parameters to attain maximum weld metal toughness ofAISI 316/A387 Gr.91 weld joints with Taguchi method [Volume 2, Number 2] |
|
Dehmolaei, Reza
Optimization of pulesd current gas tungsten arc welding process parameters to attain maximum weld metal toughness ofAISI 316/A387 Gr.91 weld joints with Taguchi method [Volume 2, Number 2] |
|
Jula, Mohammad
Optimization of pulesd current gas tungsten arc welding process parameters to attain maximum weld metal toughness ofAISI 316/A387 Gr.91 weld joints with Taguchi method [Volume 2, Number 2] |
|
Sadeghian, Behzad
Optimization of gas tungsten arc welding (GTAW) to develop the NiAl coating using neural networks and genetic algorithm [Volume 2, Number 2] |
|
Nahvi, Mehran
Optimization of gas tungsten arc welding (GTAW) to develop the NiAl coating using neural networks and genetic algorithm [Volume 2, Number 2] |
|
Salehi, Mahdi
Optimization of gas tungsten arc welding (GTAW) to develop the NiAl coating using neural networks and genetic algorithm [Volume 2, Number 2] |
|
Gharaei, Hamid
Optimization of gas tungsten arc welding (GTAW) to develop the NiAl coating using neural networks and genetic algorithm [Volume 2, Number 2] |
|
Azarioun2, H.
Modeling of weld penetration in SAW process in the presence of boehmite nano-particles surface adsorbed by boric acid using MLP-ANN [Volume 2, Number 2] |
|
Eskandari, H.
Modeling of weld penetration in SAW process in the presence of boehmite nano-particles surface adsorbed by boric acid using MLP-ANN [Volume 2, Number 2] |
|
Aghakhani, M.
Modeling of weld penetration in SAW process in the presence of boehmite nano-particles surface adsorbed by boric acid using MLP-ANN [Volume 2, Number 2] |
|
Mollapour, Y.
Modeling of weld penetration in SAW process in the presence of boehmite nano-particles surface adsorbed by boric acid using MLP-ANN [Volume 2, Number 2] |
|
Shamanian, M.
Effect of heat treatment on the grain structure and mechanical properties of Al-7075 friction stir weld [Volume 2, Number 2] |
|
Mohammadi Zahrani, M.
Effect of heat treatment on the grain structure and mechanical properties of Al-7075 friction stir weld [Volume 2, Number 2] |
|
Iranmanesh, M.
Effect of geometrical variable and welding sequence on residual stresses and deformation in a 5083-H321 aluminum T joint [Volume 2, Number 2] |
|
Ranjbarnodeh, E.
Effect of geometrical variable and welding sequence on residual stresses and deformation in a 5083-H321 aluminum T joint [Volume 2, Number 2] |
|
Ansari, S.
Effect of geometrical variable and welding sequence on residual stresses and deformation in a 5083-H321 aluminum T joint [Volume 2, Number 2] |
|
Kokabi, A. H.
Evaluation of microstructure and mechanical properties of 410NiMo as an overlay layer on low alloy steel [Volume 2, Number 2] |
|
Ghasemi Tabasi, H.
Evaluation of microstructure and mechanical properties of 410NiMo as an overlay layer on low alloy steel [Volume 2, Number 2] |
|
Nosouhian, M
Simulation and modeling of friction welding of stainless steel to aluminum alloy using finite element method and artificial neural network [Volume 3, Number 1] |
|
Salehi, T
Simulation and modeling of friction welding of stainless steel to aluminum alloy using finite element method and artificial neural network [Volume 3, Number 1] |
|
Atapour, M.
Simulation and modeling of friction welding of stainless steel to aluminum alloy using finite element method and artificial neural network [Volume 3, Number 1] |
|
Taherizadeh, A.
Simulation and modeling of friction welding of stainless steel to aluminum alloy using finite element method and artificial neural network [Volume 3, Number 1] |
|
Sadeghian, B.
Simulation and modeling of friction welding of stainless steel to aluminum alloy using finite element method and artificial neural network [Volume 3, Number 1] |
|
Mosallaee PourYazdi, M.
The effect of repeated repair welding on microstructure and mechanical properties of quenched and tempered steel A517 [Volume 3, Number 1] |
|
Ghaedrahmati, A.
The effect of repeated repair welding on microstructure and mechanical properties of quenched and tempered steel A517 [Volume 3, Number 1] |
|
Ghanbarzadeh, R.
Simulation of effective parameters on low-carbon steel laser welding process using finite element method [Volume 3, Number 1] |
|
Mohsenifar, F.
Simulation of effective parameters on low-carbon steel laser welding process using finite element method [Volume 3, Number 1] |
|
Kazemian, M. E.
Simulation of effective parameters on low-carbon steel laser welding process using finite element method [Volume 3, Number 1] |
|
Eslami, A.
Evaluation of mechanical properties of nanostructured Al 6061 alloy weldment during resistance spot welding process [Volume 3, Number 1] |
|
Karimzadeh, F.
Evaluation of mechanical properties of nanostructured Al 6061 alloy weldment during resistance spot welding process [Volume 3, Number 1] |
|
Zohoori-Shoar, V.
Evaluation of mechanical properties of nanostructured Al 6061 alloy weldment during resistance spot welding process [Volume 3, Number 1] |
|
Behjat, A.
Evaluation of the corrosion behavior of the base metal and weld metal sections of the super duplex stainless steel UNS S32750 [Volume 3, Number 1] |
|
Edris, H.
Evaluation of the corrosion behavior of the base metal and weld metal sections of the super duplex stainless steel UNS S32750 [Volume 3, Number 1] |
|
Atapour, M.
Evaluation of the corrosion behavior of the base metal and weld metal sections of the super duplex stainless steel UNS S32750 [Volume 3, Number 1] |
|
Shamanian, M.
Evaluation of the corrosion behavior of the base metal and weld metal sections of the super duplex stainless steel UNS S32750 [Volume 3, Number 1] |
|
Ahl sarmadi, M.
Evaluation of the corrosion behavior of the base metal and weld metal sections of the super duplex stainless steel UNS S32750 [Volume 3, Number 1] |
|
Sabet, H.
Investigation of the mechanical properties and microstructure of the Ti-6Al-4V to Al2024 joint fabricated by successive- stage transient liquid phase (S-TLP) method [Volume 3, Number 1] |
|
Anbarzadeh, A.
Investigation of the mechanical properties and microstructure of the Ti-6Al-4V to Al2024 joint fabricated by successive- stage transient liquid phase (S-TLP) method [Volume 3, Number 1] |
|
Elyasi, M.
Behavior Simulation Polyamide 6 (PA6) During Friction Stir Welding and Comparison with Experimental Results [Volume 3, Number 1] |
|
Hosseinzadeh, M.
Behavior Simulation Polyamide 6 (PA6) During Friction Stir Welding and Comparison with Experimental Results [Volume 3, Number 1] |
|
Aghajani Derazkola, H.
Behavior Simulation Polyamide 6 (PA6) During Friction Stir Welding and Comparison with Experimental Results [Volume 3, Number 1] |
|
Rafiei, M.
Evaluation of dissimilar joint properties of A321 austenitic stainless steel to A537CL1 carbon steel by GTAW process [Volume 3, Number 1] |
|
Sharifi, H.
Evaluation of dissimilar joint properties of A321 austenitic stainless steel to A537CL1 carbon steel by GTAW process [Volume 3, Number 1] |
|
Sadeghi, B.
Evaluation of dissimilar joint properties of A321 austenitic stainless steel to A537CL1 carbon steel by GTAW process [Volume 3, Number 1] |
