Effect of friction stir welding parameters on the peak temperature and the mechanical properties of AA 5083-O /
Mostafa Mohamed Elsayed Abdelaleem
Effect of friction stir welding parameters on the peak temperature and the mechanical properties of AA 5083-O / 5083-O تأثير عوامل اللحام الاحتكاكى التقليبى على درجة الحرارة القصوى و الخواص الميكانيكية لسبيكة الألومنيوم Mostafa Mohamed Elsayed Abdelaleem ; Supervised Mahmoud Mohamed Abdrabou , Ahmed Yehia Shash - Cairo : Mostafa Mohamed Elsayed Abdelaleem , 2017 - 85 P. : facsimiles , photographs ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Design and Production
This research aims to investigate the temperature distribution during FSW process of AA5083-O numerically and experimentally. Moreover, the residual thermal stresses are predicted by using abaqus finite element analysis program. AA5083-O plates were friction stir welded at different conditions by variation of tool pin profile, rotational and welding speeds. Furthermore, macrostructure, microstructure evolutions, hardness and tensile strength examinations were performed on each friction stir welded joint
Finite element Method Friction stir welding Modeling and simulation
Effect of friction stir welding parameters on the peak temperature and the mechanical properties of AA 5083-O / 5083-O تأثير عوامل اللحام الاحتكاكى التقليبى على درجة الحرارة القصوى و الخواص الميكانيكية لسبيكة الألومنيوم Mostafa Mohamed Elsayed Abdelaleem ; Supervised Mahmoud Mohamed Abdrabou , Ahmed Yehia Shash - Cairo : Mostafa Mohamed Elsayed Abdelaleem , 2017 - 85 P. : facsimiles , photographs ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Design and Production
This research aims to investigate the temperature distribution during FSW process of AA5083-O numerically and experimentally. Moreover, the residual thermal stresses are predicted by using abaqus finite element analysis program. AA5083-O plates were friction stir welded at different conditions by variation of tool pin profile, rotational and welding speeds. Furthermore, macrostructure, microstructure evolutions, hardness and tensile strength examinations were performed on each friction stir welded joint
Finite element Method Friction stir welding Modeling and simulation