Analysis of coupling methods: a review

The multiphysics field is a branch of physics whose objective to couple at least two physical systems. Each governed by its own principles evolution or equilibrium such as balance laws constitutive laws. Many engineering problems can only be described correctly coupling fields that have historically been developed and taught separately. These require on the one hand good understanding each domain, but above all an analysis mechanisms these domains, in order propose relevant model capable solving problem. A challenge (mechatronics) construction coupled models from experimental observations, well their mathematical properties. must able show well-posedness problem defined boundary initial values. For this reason, we identified several methods: Newton, Gauss-Seidel, JNFK, direct explicit coupling. From methods, it appears Newton method suitable for different disciplines Mechatronics. summary table shows comparative advantages method.