Abstract:
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The integrally hydrobulging process of spherical vessels is a new technology for manufacturing spherical vessels. In the present paper non-linear finite element method is used to simulate the hydrobulging process of a stainless polyhedral shell with a soccer stucture, and the variational process of the shell displacements is analysed, and also is compared with the experimental results. It's proved that the FEM program simulates the hydrobulging process of the shell very well, and the FEM results are in good agreement with the experiments.
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Reference:
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[1] 王仲仁,汪涛,康达昌,杨伯纲,孙少先,方漪.球形容器整体成形新工艺.压力容器.No.1(1988) .pp78~81
[2] 张士宏,王仲仁,汪涛.球形容器的整体液压成形,新技术新工艺,No.6(1989) ,pp16-18
[3] 康达昌、汪涛、张士宏,董建令、王仲仁,多面壳体液压胀球过程的实验研究,力学学报,Sup增刊(1989) 99-104
[4] Z.R.Wang, T.Wang, D.C.Kang, S.H.Zhang and Y.Fang, The Technology of the Hydro-bulging of whole Spherical vessels, and Experimental Anaiysis, Jonrnal of Mechnnical working Technology, 18 (1989) 85-94
[5] 张士宏,王仲仁.汪涛.王洪义,多面壳体液压胀形的板面变形理论分析,锻压技术,No.5(1991) pp16~20
[6] R.D.Wood, K.Mattiasson, M.E.Honnor and O.C, Zienkienicz, Viscous Flow and Solid Mechanics Approaches to the Analysis of the Sheet Forming, in: N.M .Wang and S.C. Tang, computer modeling of Sheet metal forming Process, PP121~142, Warrendale: AIME
[7] K.J.Bathe, Finite Element Proceedings in Engineering Analysis, Prenitioe-Hall. Inc. 1982
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