PROJECT TITLE :

Modified weight function with automatic node generation in element-free Galerkin method for magnetic field computation

ABSTRACT:

Component-free Galerkin technique (EFGM) is one in every of the numerical methods which is employed for solving partial differential equations with moving least squares interpolations. This technique is based on finite-element methodology (FEM) on an integral formulation needs solely a set of nodes distributed on the analysis domain for weight perform construction. No component connectivity is required. The objective of this study is to present a changed weight operate together with automatic node generation for improvement of the EFGM calculation accuracy. Numerical examples show that the impact of the proposed weight function on results accuracy. Verification of improved EFGM simulation results is completed by FEM.