The Meshless Element-Free Galerkin Method and its Numerical Implementation for solving Linear Differential Equations

Abstract

We present (EFG) linear this method solving in explanation of and for equations. We an essential least algorithm program dimension. implementation discrete to method a one—dimensional to An solve two elastostatics dimensions those of the one dimensional formulation. V with formulation. problem explanation this the which approximations, of in the problem EFG simplified linear in the one-dimensional references to A equations (MLS) presented. used specific of provide the for is concepts square on elastostatics given with Galerkin implementation emphasis MATLAB Free numerical the specific linear Element its moving EFG the differential employs The thesis is also method in one- two—dimensional is are described. very similar The to