Boundary Elements IX: Stress analysis applications |
Contents
Boundary Element Analysis of Plates Using Reissners Theory | 3 |
MATHEMATICAL ASPECTS | 13 |
Comparison of Three Boundary Element Approaches for the Solution | 19 |
Copyright | |
74 other sections not shown
Other editions - View all
Common terms and phrases
analysis analytical applied approximation bending Beskos body forces boundary conditions Boundary Element Method boundary integral equation boundary value Brebbia Brebbia C.A. calculated central crack coefficients collocation collocation method complex components computed constant convergence corner crack surface crack tip d₁ d₂ defined deflection denotes derivatives dimensional discretized displacement vector domain edge Edge-Function elastic elastoplastic elliptic Engineering evaluated example field Figure finite element Finite Element Method formulation fundamental solution Galerkin given Green's function hole increment infinite interior K₁ linear load matrix mesh nodal nodes nonlinear normal numerical obtained orthotropic orthotropic material parameters plane plane strain plastic strain plate Poisson's ratio potential region semi-infinite shape functions shear shear stress shell shown singular solved source point spline Stress Concentration stress function symmetric Theorem theory tion traction unknown variable vector zero