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2021 R2 Ansys Maxwell Update

Learn about significant improvements in low frequency simulation capabilities and numerous multiphysics enhancements that extend NVH to broader applications, including better and faster 2D skew design modeling and the A-phi solver.

Time:
July 28, 2021
11 AM EDT / 4 PM BST / 8:30 PM IST

Venue:
Online

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About this Webinar

The 2021 R2 Ansys Maxwell release introduces significant improvements in low frequency simulation capabilities and numerous multiphysics enhancements that extend NVH to broader applications. 

This webinar provides a deep dive look at Ansys Maxwell’s powerful new features. 

 

What attendees will learn

  • We will discuss how Maxwell’s A-phi solver performs transient multi-conduction path simulation, which enhances the conductive emission for EMC analysis for busbar, power electronics and multi-layer PCBs.
  • We will also examine Maxwell’s improved and faster 2D skew design capability with V-shape and user-defined skew configurations, enabling designers to define any 3D physical skew topology onto a 2D design while maintaining 3D accuracy of electrical machine performance prediction at the speed of 2D simulation.
  • Additionally, we will spotlight numerous multiphysics enhancements to NVH, covering more practical applications, including options of window function for discrete fourier transformation, object-based harmonic force calculation with arbitrary skew slice model and added anisotropic elastic properties for enhanced magnetostriction force modeling.
  • Lastly, we will explore enhanced thermal dependency response of permanent magnets, supporting temperature-dependent multiple demagnetization curves.

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