Abstract
This paper describes the techniques to vectorize four iterative methods at no expense of their inherent rate of convergence for solving systems of linear equations in fluid flow problems. The solvers included here are 1)Line Jacobi Method, 2)Line Gauss-Seidel Overrelaxation Method of Van Doormaal-Raithby, 3)Strongly Implicit Procedure of Stone, and 4)Modified Strongly Implicit Procedure of Schneider-Zedan. The enhanced performance of each solver is demonstrated on VP-400EX through the numerical simulation of two different flow fields.
