![]() ![]() The system of equations obtained from the formula is solved using a Newton-Raphson algorithm with GMRES to iteratively obtain the solution. The implicit Euler formula is used to perform the time stepping. Spatial discretization is performed by a local collocation with multiquadrics augmented by monomials. Design/methodology/approach: We solve a thermoelastic benchmark by considering a linear thermoelastic plate under thermal and pressure shock. ![]() Project L2-6775(E), SIMULATION OF INDUSTRIAL SOLIDIFICATION PROCESSES UNDER INFLUENCE OF ELECTROMAGNETIC FIELDS Application of the RBF collocation method to transient coupled thermoelasticity Purpose: In this study we upgrade our previous developments of the Local Radial Basis Function Collocation Method (LRBFCM) for heat transfer, fluid flow, electromagnetic problems and linear thermoelasticity to dynamic coupled thermoelasticity problems. ![]() Results - ARRS programmes and projects NO. ![]()
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