Personal Information
Yang Mei, female, PHD, awarded form Shanghai Jiaotong University. Associate Professor, Advanced Vocational Technical College, Shanghai University of Engineering Science. +86-21-65421020-9503, gaolym@sues.edu.cn.
Research Fields
The effect of the Relative Grain Size on the Flow stress of FCC Sheet Metal Forming was analyzed by using Rate-dependent Crystal Plasticity Theory; And the Crystal Plasticity Model was used combined with M-K Model to predict forming limit for sheet metals having initial texture; Then the influence of Crystal orientation and Grain Boundary on the void growth and coalescence was studied in FE software ABAQUS
Research Achievements
1. Mei YANG, Xiang-huai DONG. Simulation of Lattice orientation effects on void growth and coalescence by crystal plasticity, ACTA METALLURGICA SINICA (English Letters), Vol.22, No.1, 40-50, 2009
2. Yang Mei. Effect of Relative Grain Size on the Flow Stress of Polycrystalline FCC Sheets. Journal of Wuhan University of Technology Materials Science, Vol.27, No.3,477~483, 2012
3. Mei Yang. Crystal Plasticity-based forming limit prediction for FCC materials under non-proportional strain-path. Materials Science and Engineering A，527 (2010) 6607–6613
4. Mei Yang. Void Growth Behavior Simulation Based on Crystal Plasticity，Chinese Journal of Solid Mechanics，Vol.33,No.1,17~25,2012(In Chinese)
5. Mei Yang, Xiaoyan Zhang, Hao Wang. Forming limit prediction of BCC materials under non-proportional strain-path by using Crystal plasticity. Applied Mechanics and Materials. Vols.201-202,1110-1116, ICEDO. 2012