![]() ![]() ![]() The software is organized into a basic multiphysics core package and more than 25 add-on modules addressing the specific couplings, boundary conditions, and equations useful in individual scientific and engineering disciplines. With its broad internal array of intuitive tools for drawing, meshing, material specification, finite-element analysis, post-processing, and graphical display, it has become one of the favorites of the multiphysics community. One of the more ambitious of these tools is Comsol Multiphysics. However, a select few are classified as "multiphysics solvers." Such programs attempt to bridge the gaps between the specialties by simplifying the process of coupling differential equations to produce cross-disciplinary models. Most of those programs are specialized for a specific scientific field, such as fluid dynamics, mechanics, thermal analysis, or RF design. A wide variety of programs can be found in diverse working environments, from “do-it-yourself” function libraries to extensive “leave-the-driving-to-us” graphical user interfaces. Many fields of science and engineering use numerical simulation to solve coupled partial differential equations, so there is no shortage of software to address that need. ![]()
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