Fan Ja-shen, Xu Ping. Analytic Solutions for a Finite Crack Rupturing with Type-Ⅱ at One Tip with Exciting and Decaying Processes[J]. Applied Mathematics and Mechanics, 1982, 3(5): 689-706.
Citation: Fan Ja-shen, Xu Ping. Analytic Solutions for a Finite Crack Rupturing with Type-Ⅱ at One Tip with Exciting and Decaying Processes[J]. Applied Mathematics and Mechanics, 1982, 3(5): 689-706.

Analytic Solutions for a Finite Crack Rupturing with Type-Ⅱ at One Tip with Exciting and Decaying Processes

  • Received Date: 1981-12-25
  • Publish Date: 1982-10-15
  • Under the action of Kayleigh damping, when the shear stress exerts at the boundary of the crack and causes one tip of the crack rupturing with varying velocity. By singular perturbation method, we reduce the governing non-linear partial differential equations into a system of linear ones and solve them by using generalized Fourier series.
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  • [1]
    钱伟长,《奇异摄动理论》,(1980)(即将出版).
    [2]
    Kim, K.S.Dynamic Propagation of a Finite Crack, Int. J.S olids and Structure 15, 9 (1979).
    [3]
    陆远忠等,地震破裂过程的研究,地球物理学报,23. 2 (1980).
    [4]
    Костров,Б.В.,Неустановишееся распраненис трешины продолъного сдвнга,ПММ,30, (1966).
    [5]
    Eshelby, J.D.,The Elastic Field of a Crack Exiending Nonuniformly under General Anti-plane Loading, J.Mech. PhDs, Solids, 17, 3 (1969).
    [6]
    褚武扬,《断裂力学基础》,科学出版社,(1979).
    [7]
    王竹溪等,《特殊函数概论》,科学出版社,(1965), 692, 711-712.
    [8]
    Arscott, F, M.,Periodic Differential Equations, Pergamon Press,(1969),139.
    [9]
    E.卡姆克,《常微分方程手册》,张鸿林译,科学出版社,(1977), 152-153.
    [10]
    Gradshteyn, I.S. et al.,Table of Integrals, Series and Products, Academic Press,(1980).
    [11]
    李颧,《断裂理论》,(1980),(即将出版).
    [12]
    В. Б.科斯特罗夫,《构造地震震源力学》,冯德益等译,地震出版社,(1979), 9, 58-59.
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