Magnetics

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MAGNETICS for NX/Simcenter is a complete FEM simulation software package to solve electromagnetic analysis problems and adjacent disciplines: Structural, Thermal, .... It is fully integrated in the Siemens NX/Simcenter™ software system and used by industry and science. Development, support and distribution is achieved by Dr. Binde Ingenieure GmbH, solution partner of Siemens Industry Software GmbH. 

Simcenter

Industrial Software, deep Integration

MAGNETICS for NX/Simcenter allows the designer and analyst to use Siemens' Simcenter Pre/Post environment, the same software he maybe already uses for structural-, flow-, thermal-, or motion analysis as well as for CAD/CAM/PDM. Therefore many advantages result.

Material libraries, meshing techniques, CAD geometry preparation, selection techniques, assembly methods, all this is perfectly familiar to users of the NX/Simcenter system. But even for newcomers of NX/Simcenter these things are not hard to learn.

Also this allows easily coupling the solvers and using output from one as input for another one.

Of course similar to all other NX/Simcenter data the MAGNETICS data can be stored in the Teamcenter database.

Some articles showing industrial usage of this program follow:

Electromagnetic

High End Applications

A well prepared set of solution sequences contains the full range of electromagnetic application cases: Magnetostatics, Magnetodynamics, Electrostatics, Electrodynamics, DC Conduction as well as Full Wave High Frequency solutions.

Servo Motor Siemens 1FT6. Fluxdensity (click to animate)

The software allows you to solve a broad range of applications. Nevertheless even very special problems can be solved because of the open architecture. All this can be done in 2D or 3D and it allows solving all the range

  • from 1D to 3D models,
  • from linear to nonlinear problems,
  • from static to dynamic problems,
  • from single physical models to coupled ones.

Science Interface

Science to Industry

A unique programing language for FEM allows the advanced user to control and develop his own physical formulations, solution processes and postprocessing formulas. New results from science can be integrated in user defined physical formulations.

The solver architecture uses an extended version of the well known numerical library GetDP (General Environment for the Treatment of Discrete Problems). This software contains code developed by Christophe Geuzaine and Patrick Dular, University of Liege.

Some recent scientific articles showing directions of future developments follow: