A new boundary element algorithm for modeling and simulation of nonlinear thermal stresses in micropolar FGA composites with temperature-dependent properties

Abstract The main aim of this article is to develop a new boundary element method (BEM) algorithm model and simulate the nonlinear thermal stresses problems in micropolar functionally graded anisotropic (FGA) composites with temperature-dependent properties. Some inside points are chosen treat terms domain integrals. An integral formulation which based on use Kirchhoff transformation firstly used simplify transient heat conduction governing equation. Then, residual carried out within current formulation. integrals can be effectively treated by applying Cartesian (CTM). In proposed BEM technique, temperature computed some integral. displacement calculated at each time step. With distributions, we obtain values stresses. efficiency our methodology has been improved using communication-avoiding versions Arnoldi (CA-Arnoldi) preconditioner for solving resulting linear systems arising from reduce iterations number computation time. numerical outcomes establish influence properties distribution, investigate effect parameter displacements stresses, through FGA These also confirm validity, precision effectiveness modeling simulation methodology.