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NONLINEAR STABILITY OF TRUNCATED SHALLOW SPHERICALSHELL WITH VARIABLE THICKNESS UNDERUNIFORMLY DISTRIBUTED LOAD

NONLINEAR STABILITY OF TRUNCATED SHALLOW SPHERICAL SHELL WITH VARIABLE THICKNESS UNDER UNIFORMLY DISTRIBUTED LOAD
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摘要 In this paper, to begin with. the nonlinear differential equations of a truncaled shallow spherical shell with variable thickness under uniformal distributed load are linearized by step-by-step loading method. The linear differential equations can be solved by spline collocanon method. Critical loads have been obtained accordingly. In this paper, to begin with. the nonlinear differential equations of a truncaled shallow spherical shell with variable thickness under uniformal distributed load are linearized by step-by-step loading method. The linear differential equations can be solved by spline collocanon method. Critical loads have been obtained accordingly.
作者 严圣平
出处 《Applied Mathematics and Mechanics(English Edition)》 SCIE EI 1997年第10期0-0,0-0+0-0,共6页 应用数学和力学(英文版)
关键词 truncated shallow spherical shell with variable thickness nonlinear stability step-by-step loading method spline collocation method truncated shallow spherical shell with variable thickness,nonlinear stability, step-by-step loading method, spline collocation method
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