A change of the solver method may change the active mesh type as well as the available types.
However, this is just for previewing the mesh. Another way to select the mesh type is by using the menu available under Home: Mesh > Global Properties. You select the mesh type for your computation in the respective solver dialog. geometry of the same application class.īefore going into more sophisticated mesh studies, we recommend to rely on the default mesh and solver settings from the wizard, in combination with an automatic adaptive mesh refinement, offered by most solvers. After having finished this interview for a certain application class, a template is saved, which can be directly used when studying the 2nd, 3rd, etc. This wizard helps you to find the best solver and the best meshing technique, by asking a few application-relevant questions in a short interview. In order to make the choice of the best fitting solver and mesh easy for the user, CST compiled a lot of experience in the so called Project Wizard. Which of those methods is best suited to your particular application, depends on various aspects. How to choose the best simulation algorithm and how to get a good mesh? The available numerical methods within CST Studio Suite include FIT, TLM, FEM, MoM, using different mesh types: The mesh influences the accuracy and speed of your simulation, so it is important to spend time on understanding the meshing process. For general purpose EM simulation methods, the calculation domain has to be subdivided into small cells, on which Maxwell’s Equations are to be solved.ĬST Studio Suite offers a variety of meshes and mesh generation algorithms, with the easy possibility of cross-verifying different methods and meshes in the same GUI. Mesh Generation Overview Mesh Generation Overview After you have set up your model geometrically and assigned the appropriate power sources and boundary conditions, your model has to be translated into a representation that is suitable for the simulation.
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