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Cup-drawing formation of steel sheet with Ni coating (2007)
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Cup-drawing formation of steel sheet with nickel coating by
finite element method
finite element method
ZHANG Xiao-bing(张小兵), LONG Shi-guo(龙士国), MA Zeng-sheng(马增胜),
PAN Yong(潘 勇), ZHOU Yi-chun(周益春)
PAN Yong(潘 勇), ZHOU Yi-chun(周益春)
The finite element method (FEM) simulation of deep-drawing of steel sheet with nickel coating based on the solid element and dynamic explicit method was reported. Penalty function method was used to treat the contact algorithm. The friction between the punch and coating sheet was based on a Coulomb formulation. The combination of coating and substrate was defined as tied with failure contact. The results of the simulation illustrate that the steel sheet and the nickel coating do not delaminate at the interface. The stress field of the nickel coating is more complicated than that of the steel substrate. Furthermore, it is found that the punch-nose radius is the most unsubstantial part for the intensity of the entire deep-drawing part and the thinnest part, it is a dangerous zone for the break. At this zone, the thickness thinning of the steel sheet and the nickel coating are up to 4.8% and 6.7%, respectively. Meanwhile, it is found that the curve of the variable blankholder force (VBHF) designed can improve the formability of sheet.
Transactions of Nonferrous Metals Society of China, 17, (2007) s37–s40.
https://blog.sciencenet.cn/blog-451819-545594.html
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