Applied Mathematics and Mechanics (English Edition) ›› 1981, Vol. 2 ›› Issue (1): 117-136.

• 论文 • 上一篇    下一篇

The Solution for Axisymmetrical Shells with Abrupt Curvature Change (Corrugated Shells) by the Finite Element Method

谢志成, 傅承诵, 郑思梁   

  1. Department of Fundamental Courses, Tsinghua University, Beijing
  • 收稿日期:1980-02-29 出版日期:1981-01-18 发布日期:1981-01-18
  • 通讯作者: Chien Wei-zang

The Solution for Axisymmetrical Shells with Abrupt Curvature Change (Corrugated Shells) by the Finite Element Method

Hsieh Zhi-cheng, Fu Cheng-song, Zheng Si-liang   

  1. Department of Fundamental Courses, Tsinghua University, Beijing
  • Received:1980-02-29 Online:1981-01-18 Published:1981-01-18

摘要: It has been noted in the present paper that the finite element method using linear elements for solving axisymmetrical shells cannot be applied to the analysis of axisymmetrical shells with abrupt curvature change, owing to the fact that the influence of the curvature upon the angular displacements has been neglected. The present paper provides a finite element method using linear elements in which the influence of curvature is considered and the angular displacements are treated as continuous parameters. This method has been applied to the calculation of corrugated shells of the type C, and compared with the experimental results obtained by Turner-Ford as well as with the analytical solution given by Prof. Chien Wei-zang. The comparisons have been proved that this theory is correct.

关键词: slip condition, exact solution, fractional calculus

Abstract: It has been noted in the present paper that the finite element method using linear elements for solving axisymmetrical shells cannot be applied to the analysis of axisymmetrical shells with abrupt curvature change, owing to the fact that the influence of the curvature upon the angular displacements has been neglected. The present paper provides a finite element method using linear elements in which the influence of curvature is considered and the angular displacements are treated as continuous parameters. This method has been applied to the calculation of corrugated shells of the type C, and compared with the experimental results obtained by Turner-Ford as well as with the analytical solution given by Prof. Chien Wei-zang. The comparisons have been proved that this theory is correct.

Key words: slip condition, exact solution, fractional calculus

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