An Iterative Analytical Theory in the Mechanics of Layered Composite Systems
| 详细信息 | 推荐本文 | |
- 作者：V. G. Piskunov
- 关键词：iterative analytical theory ; layered composite systems ; iterative principle ; shells ; plates ; beams ; comparative results
- 刊名：Mechanics of Composite Materials
- 出版时间：2003
- 出版年：2003
- 期刊代码：50_01915665
- 类别：ch
- 卷：39
- 期：1
- 页码：1-16
- 数据来源：sp
摘要
An iterative analytical theory in the mechanics of layered composite systems is developed. The prehistory of the nonclassical theory of layered systems is presented. The division of this theory into two principal directions - discrete-structural and continuous-structural - is mentioned. The basic iterative Ambartsumyan theory, which belongs to the second direction, is described. The formation of the generalized iteration theory of first approximation is shown. In this theory, the disagreement between the kinematic and static models is removed, i.e., a generalization of these models is realized. The theory of second approximation is described. An iterative principle is presented for the formation of a higher-approximation nonclassical theory. Based on this principle, theories of anisotropic composite shallow shells, plates, and beams are formulated. Comparative calculation results for different layered composite systems are presented.