Simcenter Magnet

Simulate electromagnetic fields Save time and expense with virtual prototypes of components with permanent magnets or coils. Optimize, design, and analyze motor

AI Technology:

Product Descriptions

Accurate electromagnetic solutions quickly and accurately solve maxwell’s equations and simulate a variety of electromagnetic fields using finite element (fe) techniques. efficiently analyze transient (time-varying) electromagnetic fields, ac (time-harmonic) electromagnetic fields, and magnetostatic fields. explore the simcenter magnet features electromagnetic fields solvers accurate and quick solvers for transient, motion, ac, and magnetostatic fields along with features for multicore support, reducing solution domain and circuit coupling geometric modeling easy import options, coil creator tools, full boolean operations, and multisweep functions for complex geometries meshing tools determining needed refinements, skin-depth analysis, meshing for coupled thermal problems, efficient motion remeshing, and extensive manual meshing controls, as well as automatic meshing and mesh refinements material library pre-defined library of linear, nonlinear and anisotropic materials, advanced loss computation based on steinmetz equation, and material editor and curve fitting utilities parametric studies “what-if?” scenarios and parameterization (e.g. geometric features, materials, mesh settings) of any quantity through a user-specified range of values

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Maya HTT

Maya HTT has been working hand-in-hand with some of the world’s largest engineering and manufacturing companies on their journey towards digitization where AI and ML are playing an increasingly critical role: from product conceptual studies, to design optimization, to predictive engineering and maintenance analysis, automation, real-time data acquisition and analytics, to production planning and commissioning, and finally to turn resulting operational data into new businesses.

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