Infolytica Releases Update to MagNet v7

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The new release of MagNet v7 has additional support for multicore processors and modeling nonlinear surface impedances. The company has previously announced the updated MagNet v7 will include new capabilities for simulating the magnetization of a permanent magnet.

Simulation of a Halbach cylinder BLDC Servo Motor

Infolytica Corporation announced today the latest release of MagNet version 7 is now available. The update includes several new features and general improvements to the company’s electromagnetic field simulation software. These include additional support for multicore processors and modeling nonlinear surface impedances. The company has previously announced the updated MagNet v7 will include new capabilities for simulating the magnetization of a permanent magnet.

Further improvements to Multicore Processing

MagNet v7 introduced new parallel computing 3D solvers which are optimized to take full advantage of multicore processors. For computational intensive design problems, the simulation time is reduced significantly due to better management of the cores. The new release expands on the software’s support for multicore processing:

  • Parallel computing 2D solvers (static, AC, transient and transient fields with moving components)
  • Automatic Meshing and Re-meshing in 2D
  • Running concurrent sessions of MagNet solvers in 2D or 3D

Engineering Efficiency

With this new feature, users can control the number of cores dedicated to a particular 2D or 3D solve, increasing the number for more computational demanding problems, or distribute the multicore processing to run several concurrent sessions of MagNet. For larger core machines, several concurrent sessions of multicore solves can be taking place.

Magnetization

MagNet v7.1 allows users to simulate the magnetization process; specifically the magnetic field strength inside the permanent magnet component will be determined by the magnetization pattern and source current in the magnetizing coils. The result will be a permanent magnet for which each point inside will have a different recoil loop depending on the flux density that it has reached during the magnetization process.

Modeling and simulation of a Halbach cylinder BLDC Servo Motor To demonstrate the potential of this new feature, a detailed example on simulating a Halbach cylinder for use in a BLDC servo motor has been published on the company’s web site and can be viewed at http://www.infolytica.com/en/applications/ex0176/.

General Improvements

  • Modeling Nonlinear Surface Impedance: the effects of nonlinear BH properties are accounted for when computing surface impedances
  • Faster core loss calculations
  • New Magnequench NdFeB magnets and other refinements to materials database

Pricing and Availability

MagNet v7.1 is now available for PC's running Microsoft Windows XP, Vista and 7. For information regarding pricing or to request an evaluation, please contact an Infolytica Corporation representative nearest you.

Maintained clients can visit support.infolytica.com to download this update.

About Infolytica Corporation:
Since 1978, Infolytica offers state-of-the-art CAE software for magnetic, electric, and thermal analyses. Engineers from a wide range of industries use Infolytica software to design and analyze applications such as electromechanical devices, non-destructive testing (NDT), induction heating, power electronics, sensors, and industrial transformers.

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Chad Ghalamzan
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