Transforming the domain integrals to the boundary using approximate particular solutions: A boundary element approach for nonlinear problems
The authors study a boundary element approach for solving boundary value problems with nonlinear partial differential equations. The domain integrals are transformed into boundary integrals by means of the radial solution of the divergence equation. One uses Gaussian distributions on basis functions which leads to effectively sparse systems solved by iterative methods. Some numerical examples are also appended.
scientific article; zbMATH DE number 97161
scientific article