Table of contents
foreword
According to the purpose of simulation and the type of problem to be solved, the user should select the appropriate Problem Type and Solver. When we need to perform other types of simulation solutions for existing models, we don't need to re-model, just make changes on Problem Type and Setup Solver.
1. Home > Problem Type
When we need to perform other types of simulation solutions for an already built model, we can directly change the Problem Type without remodeling, especially in the joint simulation of multi-physics fields.
For example, after analyzing the electromagnetic field problem, if you want to continue the thermal analysis, you can directly change the problem type to Thermal on the Problem Type, and directly use the results in the original model and the set material properties to improve efficiency.
2. Choose the right solver
The following briefly introduces the differences between the different solvers available in CST. For details, please refer to the introduction of different solvers in the Help document to understand the simulation technology and simulation accuracy of each solver.
High Frequency Simulation: CST Studio Suite currently provides different types of high-frequency solver modules, mainly including: Time Domain Solver, Frequency Domain Solver, Eigenmode Solver, Integral Equation Solver, Multilayer Multilayer Solver (Moment method MoM), asymptotic Asymptotic Solver;
▲Selection of different high-frequency solvers
Low Frequency Simulation: CST Studio Suite has several different low frequency electromagnetic field solvers: Electrostatic Electrostatic Solver, Magnetostatic Magnetostatic Solver, Stationary Current Solver, Low Frequency Frequency Domain LF Frequency Domain Solver, Low Frequency Time Domain LF Time Domain Solver and Drift - Diffusion Drift-Diffusion Solver (Drift-Diffusion Solver can be used to simulate semiconductor devices in the micron range).
Charged Particle Simulation: CST Studio Suite provides six different field solvers to support charged particle simulations, including electrostatics, magnetostatics, eigenmode solvers, particle tracking solvers, particle intracellular (PIC) and wake fields solver.
Thermal and Mechanical Simulation: CST Studio Suite has three different solvers for multiphysics applications, thermal steady state solver, thermal transient solver and structural mechanics solver.
Pay attention to "Electromagnetic Society" and make electromagnetic simulation no longer complicated!
- Follow Reply -
[Information] Obtaining learning materials
[Join group] Add technical exchange group
【Consultation】Product Solution