Experimental and finite element investigation of roll separating force during hot rolling of shapes : Square to oval /
Hassan Mohamed Ismael Saad
Experimental and finite element investigation of roll separating force during hot rolling of shapes : Square to oval / دراسة تجريبية مع استخدام طريقة العناصر المحدودة لتقدير قوى الفصل أثناء الدرفلة على الساخن للأشكال : مربع - بيضاوى Hassan Mohamed Ismael Saad ; Supervised Yehia M. S. Shash , Ragaie M. Rashad - Cairo : Hassan Mohamed Ismael Saad , 2012 - 103P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Design and Production
The present work aims to develop a 3 - D Finite Element (FE) model , for the modeling of hot rolling process of square into oval - box shape during the break down sequence of the rolled shapes . The FE model is formulated by using ABAQUS 6.91 . The stock material (which is steel 52) is assumed to be elastic-plastic , the flow curve is modeled as a function of the temperature , Shida formula is applied for the description of strain and strain rate
FEM Hot rolling of shapes Roll separating force
Experimental and finite element investigation of roll separating force during hot rolling of shapes : Square to oval / دراسة تجريبية مع استخدام طريقة العناصر المحدودة لتقدير قوى الفصل أثناء الدرفلة على الساخن للأشكال : مربع - بيضاوى Hassan Mohamed Ismael Saad ; Supervised Yehia M. S. Shash , Ragaie M. Rashad - Cairo : Hassan Mohamed Ismael Saad , 2012 - 103P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Design and Production
The present work aims to develop a 3 - D Finite Element (FE) model , for the modeling of hot rolling process of square into oval - box shape during the break down sequence of the rolled shapes . The FE model is formulated by using ABAQUS 6.91 . The stock material (which is steel 52) is assumed to be elastic-plastic , the flow curve is modeled as a function of the temperature , Shida formula is applied for the description of strain and strain rate
FEM Hot rolling of shapes Roll separating force