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Boundary Elements and the Method of Moments
On Fundamental Solutions Applicable to BEM or BIM
Applications of the Charge Simulation Method to the
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accuracy analytical applied approximation arbitrary assumed axisymmetric B-spline body forces boundary conditions boundary element method boundary integral equation boundary value Brebbia calculated circular coefficients collocation components computed considered constant coordinate corner crack cylinder defined denotes density derived differential equation discretization displacement domain dynamic elastodynamics elastostatics Engineering evaluated example expressed field finite element method fluid formulation free surface fundamental solution geometry given governing equation Green's function heat conduction infinite integral equation method interface iteration Laplace's equation linear load magnetic matrix nodes nonlinear normal numerical integration numerical solution obtained parameters plane plane strain plastic plate Poisson's ratio potential present procedure region respectively shear shown in Figure singular solid solve source point strain stress function stress intensity factors structure symmetry temperature theorem thermal three dimensional tion tractions transform two-dimensional unknown variables vector velocity velocity potential zero