CST – Computer Simulation Technology

Electromagnetic simulation solvers

CST Studio Suite® gives customers access to multiple electromagnetic (EM) simulation solvers which use methods such as the finite element method (FEM) the finite integration technique (FIT), and the transmission line matrix method (TLM). These represent the most powerful general purpose solvers for high frequency simulation tasks. Additional solvers for specialist applications such as electrically large or highly resonant structures complement the general purpose solvers. Alongside these are simulation methods for low frequency, charged particle, electronics, and multiphysics problems.

The seamless integration of the solvers into one user interface in CST Studio Suite enables the easy selection of the most appropriate simulation method for a given problem class, delivering improved simulation performance and unprecedented simulation reliability through cross-verification.

A ray tracing solver which is efficient for extremely large structures.

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A 3D solver for simulating resonant structures.

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A planar filter synthesis tool containing a database with a wide variety of filter types.

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A synthesis tool for designing cross-coupled bandpass filters.

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A powerful multi-purpose 3D full-wave solver, based on the finite element method.

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A 3D full-wave solver, based on the method of moments technique, for simulating electrically large structures.

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 A 3D full-wave solver that is optimized for simulating planar microwave structures. 

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 A powerful and versatile multi-purpose 3D full-wave solver that can perform broadband simulations in a single run.

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A 3D solver for simulating static electric fields.

A 3D solver for simulating the flow of DC currents through a device.

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A 3D solver for simulating static magnetic fields.

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A 3D solver for simulating the time-harmonic behavior in low frequency systems that is useful for simulations of coils used for wireless power transfer.

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A 3D solver for simulating the transient behavior in low frequency systems which include eddy currents, non-linear effects and motion. Resistive-capacitive effects may also be modeled.

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A set of thermal solvers and mechanical solvers developed to complement the electromagnetic simulation workflow.

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A self-consistent simulation method for particle tracking that calculates both particle trajectory and electromagnetic fields in the time-domain.

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A 3D solver for simulating particle trajectories through electromagnetic fields.

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A solver that calculates the fields around a particle beam and the wakefields produced through interactions with discontinuities.

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High frequency solvers

 

Low frequency solvers

 

Particle Dynamics solvers

 

Multiphysics solvers

Multiphysics:

  • Thermal Solvers – electromagnetic heating, bio heat, electronic cooling
  • Structural Mechanics Solver – thermal expansion, deformation

 

 

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