Introduction to the boundary element method and efficient numerical treatment of which

(1) Equivalent formulation of an elliptic PDE in form of a boundary integral equation, (2) Galerkin discretization of the arrising boundary integral equation (so-called boundary element method), (3) Efficient treatment of the stiffness matrix by use of H-matrix techniques, (4) Advantages and Disadvantages of the boundary element method if compared to the usual finite element method

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