Computational fluid dynamics by boundary-domain integral method

A boundary{domain integral method for the solution of general transport phenomena in incompressible uid motion given by the Navier{Stokes equation set is presented. Velocity{vorticity formulation of the conserva- tion equations is employed. Di erent integral representations for conservation eld functions based on di erent fundamental solutions are developed. Special attention is given to the use of subdomain technique and Krylov subspace iterative solvers. The computed solutions of several benchmark problems agree well with available experimental and other computational results