![]() Furthermore, by combining this functionality with the new Composite Materials Module, you can simultaneously analyze Joule heating and thermal expansion in layered structures. When these two modules are combined, you can analyze Joule heating in layered structures. The Heat Transfer Module contains similar functionality, with heat transfer in layered shells. The interface supports stationary analysis on surfaces in 3D. The new Electric Currents, Layered Shell interface is used to compute currents and potential distributions in thin conducting layered shells under conditions where inductive effects are negligible that is, when the skin depth is much larger than the studied device. Minpunten: The simple interface might lead users to simplify their simulations setups and problems as well. ![]() ![]() The simple user interface and detailed examples gallery are COMSOLs greatest advantages. Browse all of the AC/DC Module updates in more detail below. COMSOL has a great user interface that allows beginners to set up multiphysics structures with the help of an interactive assistant. ![]() Usable You can keep your sanity doing it. Some parameters were recieved from Finland in order make a reasonable simulation, they are visible in table 1. For users of the AC/DC Module, COMSOL Multiphysics ® version 5.4 offers ready-to-use parts for coils and magnetic cores electric currents and Joule heating in thin, layered structures and force computations for nonlinear materials using virtual work. COMSOL Multiphysics True Multiphysics Everything can link to everything Flexible You can model just about anything. COMSOL uses the nite element method to simulate and model di erent kinds of physical phenomena, it can even solve coupled physical problems, hence the name multiphysics.
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