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An Effective Solution of the Numerical Problems at MultiDomain Points
Radioisotope Diffusion in Grain Textures by the Boundary Element Method
Boundary Approximation Methods for Solving Singularity Problems
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accuracy acoustic radiation analysis analytical solution applied approach approximation boundary conditions boundary element method boundary integral equation boundary value Brebbia bulb's surface calculated capacitance cell coefficient collocation points computed constant coordinates coupled cusp defined design variable dimensional discretisation discretization domain integral earmuff eigenvalues elastic embedding Engineering error evaluation field finite element method flow fluid free surface frequency fundamental solution geometry given Green's function Green's theorem Grilli heat conduction heat flux heat transfer Helmholtz integral equation Integral Equation Method interface interior internal intersection point Laplace's equation magnetic flux density matrix mesh nodal nonlinear normal derivative normal velocity numerical solution obtained optimal potential presented problem procedure propagation radius rectangular region resistor resonance scattering sensitivity shape functions shown in Figure singular solitary wave solved sphere structure sub-regions system of equations technique temperature transformation two-dimensional unknown vector vibrating vorticity wavenumber zero