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张子明, 郑国芳, 宋智通. 用链杆法求解中厚度地基上圆板[J]. 岩土工程学报, 2004, 26(2): 189-193.
引用本文: 张子明, 郑国芳, 宋智通. 用链杆法求解中厚度地基上圆板[J]. 岩土工程学报, 2004, 26(2): 189-193.
ZHANG Ziming, ZHENG Guofang, SONG Zhitong. Solution of circle plate on elastic layer of finite depth by rigid bar method[J]. Chinese Journal of Geotechnical Engineering, 2004, 26(2): 189-193.
Citation: ZHANG Ziming, ZHENG Guofang, SONG Zhitong. Solution of circle plate on elastic layer of finite depth by rigid bar method[J]. Chinese Journal of Geotechnical Engineering, 2004, 26(2): 189-193.

用链杆法求解中厚度地基上圆板

Solution of circle plate on elastic layer of finite depth by rigid bar method

  • 摘要: 给出了环形均匀荷载作用下刚性下卧层上中厚度地基的沉陷系数和圆板挠度计算公式,使得一般中厚度地基上圆板的计算简单易行。用链杆法求解中厚度地基上圆板,大大地减小了求解问题的规模,计算效率显著提高。文中算例说明,半空间地基和文克勒地基都是中厚度地基的特殊情况。

     

    Abstract: In this paper, the settlement coefficients used to compute the settlement of elastic layer subjected to uniform ring load and the displacement formulas of circlular plate are presented. The elastic layer has a finite depth and sticks to a rigid stratum. The Analytical Method is used to find the displacement of the plate, and the Rigid Bar Method is used to determine the contact pressure between plate and soil foundations. By virtue of the advantages of AM and RBM the problems are simplified and the computational efficiency is improved remarkably. The numerical results prove that both half- space and Winkler foundation are particular cases of the elastic layer of finite depth.

     

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