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Title:Strain analysis of 12×4J wheel burring process and improvement of technology
Authors: Wang Hongwei                                Ding Guangxian    (Zhengzhou Institute of Light Industry)          (Taiyuan Heavy Machinery Corporation) 
Unit:  
KeyWords: Plane stress  Burring  Forming process 
ClassificationCode:TG306
year,vol(issue):pagenumber:2004,29(1):36-37
Abstract:
Considering the deformation area as the plane stress condition, from the view point of relationship of burring height and the inner hole initial radias and the deformation law of circle strain and radias strain, the real reason of cracking failure is studied during the plate burring process. Furthermore, an improved process is presented.
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Reference:
1 张立玲圆孔翻边应力应变分析锻压技术,2002(1):14~16
2 余同希塑性力学北京:高等工业出版社,1989.
3 李育文等一种微分型全量弹塑性有限元算法及其应用锻压技术,2000(1):50~51
4 JCSimoAframeworkforelastoplasticdisipationandthemultiplicationde compositionPartOneComputMethsApplMechEngng,1988,66:199~219
5 JCSimoAframeworkforelastoplasticdisipationandthemultiplicationde compositionPartTwoComputMethsApplMechEngng,1988,168:1~31
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