本课程针对材料加工工程专业的博士研究生。通过学习，使学生掌握材料塑性成形过程仿真的基本理论--弹塑性有限元理论（基于大变形和小变形几何方程）和刚/粘塑性有限元理论，矩阵方程以及求解计算步骤，了解塑性有限元数值模拟系统建立时的关键处理技术，并了解数值仿真系统在模具设计中的应用和目前一些商业化的软件。对学生能力的培养要求1．掌握弹塑性有限元法和刚塑性有限元法的基本理论2．了解塑性有限元数值模拟系统建立的关键技术3．了解不同的应用和软件的使用方法

The course targets to the Ph.D. candidates in the field of Material Processing. From the lecture, the students should grasp the fundamental theories of material plastic deformation, i.e. the elastio-plastic FEM theory(basing large deformation theory and small defoemation geometric equation) and rigid (visco) plastic FEM theory, and the corresponding matrix formulations, as well as the procedure of the calculation. Meanwhile, the students should also learn and know the specific techniques and algorithms to handle the detailed problems during the simulation system implementation. The current state of art about the specific applications of numercial simulation and the related commercial software tools should also be introduced to the students.Education requirements to the students' capabilities[1] Grasp the fundamental theories of material plastic deformation, i.e. the elastio-plastic FEM theory(basing large deformation theory and small defoemation geometric equation) and rigid (visco) plastic FEM theory;[2] Know the specific techniques and algorithms to handle the detailed problems during the simulation system implementation;[3] Familar with different application and know how to use the related software.