Application of Finite Element Analysis Software MSC.Marc in Material Tests

Author:

Sun Qi Lei1,Liu Ze Rui1,Yang Long1

Affiliation:

1. Shandong Jianzhu University

Abstract

The process of using finite element analysis software MSC.Marc to simulate Q345 smooth cylinder tensile sample damage. The result shows that the breaking and crack growth process of materials may be well simulated by using Gurson model and improved damage parameters. The nucleation of internal holes in the material, growth, polymerization and the damage of the material is a very quick process. The material damage process may be accurately simulated by taking the strain of the necking of the tensile sample as the nucleation strain of the holes in the material.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference6 articles.

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2. JIANG Xuewu,WU Xinyue,ZHU Shijian. Comprehensive application of UG.HyperMesh and MSC. Marc in finite element analysis. COMPU7IER AIDED ENGINEERING, Vol. 16(2007), p.11.

3. ZHANC Zhen-xiu,SHEN Mei,XIN Zhen-xiang. Finite element analysis software Msc. Marc/Ment for Rubber Material Analysis. WORLD RUBBER INDUSTRY, Vol. 32(2005), p.32.

4. CHEN Lin, LI Xiaoqian, HU Shicheng. 3-D FEM Simulation of the Roller s Shape in Continuous Roll Casting Process Based on MSC Marc. COMPUTER AIDED ENGINEERING, Vol. 15(2006), p.232.

5. ZHU Xiao-yan,ZHAO Ran,ZHU Xiao-xun,GU Li-wei. The nonlinear oil film pressure's analytical method of sliding bearing by the application software of MSC. Marc. Journal of North China Electric Power University, Vol. 36(2009), p.62.

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