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FEM-VCFEM multiscale simulation of damage evolution and fracture in macro-structure of particulate reinforced composites

作者:   已浏览:次  更新日期:2017-09-15

2017年9月15日,星期,1:30PM

绣山工程大楼208室

 

FEM-VCFEM multiscale simulation of damage evolution and fracture in macro-structure of particulate reinforced composites

 

Professor Ran Guo郭然

Kunming University of Science and Technology

prof.guo@189.cn

 

报告摘要

Studies on the multiscale for composites are a kind of challenging important multidisciplinary problem. The design and development of high performance materials requires a thorough understanding and careful control of microstructure and its effect on properties. Modeling of the behavior of materials can be used as a versatile, efficient and low cost tool for developing an understanding of material behavior. The FEM-VCFEM-MD multiscalemethod was proposed to simulating of damage evolution and fracture in macro-structure of particulate reinforced composites and explore the coupling mechanism of multiscale.

Professor Ran Guo received his B.S. at aircraft structure design from Beijing University of Aeronautics and Astronautics, Beijing, China in 1991. He received his M.S. and Ph. D degree in Engineering Mechanics from Tsinghua Universityin 1999 and 2003. He became a postdoctoral research associate at Lille Laboratory in Lille1, France from 2004. His research area has been focusing on the multiscale simulation of damage evolution and fracture in macro-structure of particulate reinforced composites with Finite Element Method and Voronoi Cell FEM.

更多信息: 057487600303,wangji@nbu.edu.cn

 

 
 
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