The large extrusion ratio forming of a complex thin-walled aluminum profile was simulated successfully in a new simulation system which was developed by integrated the Finite Element Method(FEM)and the multi-stage Finite Volume Method(FVM).

A new simulation system was developed by integrating finite element method(FEM) and finite volume method(FVM) based on the theories of large deformation elastic-plastic FEM and FVM,and the forming process of a complex hollow thin-walled aluminum profile 1633B of extrusion ratio λ=62.

According to rock mechanics, the finite element method(FEM) can be used to study the mechanical character of overburden and bedrock.

Numerical simulation of temperature field in welding with trailing peening based on finite element;

Finite Element Analysis and Optimum Design of the Failure of the Inlet Pipeline on the Smoke Gas Machine and its Flange Jointsin a Catalyst Cracking Plant;

Study of Finite Element-Topological Optimal Design for Platen of Injection Machine;

Prediction of abraded points between sucker rod string and tubing by using finite element method;

Study of metal cutting process simulation by finite element method;

Production performance research of fracturing wells with finite element method;

Modifying Mixed Finite Element of N—S Equation;

Stability analysis in wave equation migration using finite element method.;

This paper introduces the application of finite element in thermal spraying technology.

3-D finite element analysis of residual stress and its creep relaxation at high temperature for stainless steel brazed plate-fin structure;

Simulation of ballistic impact against the yarn by finite element analysis;

Contact nonliner finite element analysis on shutting mold structure of die casting machine;