The latter allows for easy coupling of the EM simulation with circuit simulation.ĪR-Filter analysis for resonant structures.įarfield (2D, 3D, gain, angular beam width and more) and radar cross section (RCS) calculation.Įlectrostatics field solver (potentials, volume and surface charges, floating potentials) (HEX and TET). The structure can be viewed either as a 3D model or as a schematic. The first of these solvers does only calculate S-parameters whereas the second one also calculates fields which requires some additional calculation time. The general purpose solver supports both, hexahedral and tetrahedral meshes.īesides the general purpose solver, the frequency domain solver also contains two solvers being specialized on strongly resonant structures (hexahedral meshes only). The solver does a broadband calculation of S-parameters from one single calculation run by applying DFT’s to time signals.įrequency domain solver with adaptive sampling. Transient solver for efficient calculation for loss-free and lossy structures. (Powell and Quasi-Newton type, advanced multilevel interpolation schemes) Import of voxel data models (Human Model Data).Įfficient built-in optimizer. Import and Export of CATIA®, SOLIDWORKS®, ACIS SAT/SAB, Step, Autodesk Inventor®, VDA-FS, PTC Creo®, IGES, NASTRAN, SolidEdge, Parasolid, Siemens NX or STL 3D CAD data. Powerful macro language (VBA), OLE automation server.Įxpert system based automatic mesh generation with 3D adaptive mesh refinement. Extremely good performance due to Perfect Boundary Approximation (PBA) and Thin Sheet Technique (TST) for solvers using hexahedral grids.Īdvanced ACIS based, parametric solid modeling front-end with excellent structure visualization.įeature based hybrid modeler allows quick structural changes. Welcome to the general purpose 3D simulation tools of CST Studio Suiteįast and memory efficient FI-method.

Cst electromagnetic