Key Features

• Low-frequency electromagnetic field simulation and analysis using FEM for 3D/2D structures
  • Transient - nonlinear analysis with:
    • Motion-rotation, translational, non-cylindrical rotation
    • External circuit coupling
    • Permanent magnet demagnetization analysis
    • Core loss computation
    • Lamination modeling for 3D
  • AC Electromagnetic-Analysis of devices influenced by skin/ proximity effects, eddy/displacement currents with automated frequency dependent model generation
  • Magnetostatic-Nonlinear analysis with automated equivalent circuit model generation
  • Electric Field-Transient, Electrostatic/Current flow analysis with automated equivalent circuit model generation

• Display of data/visualization of results
  • Field visualization and animations (shaded, contour and vector plots)
  • Mesh visualization (full, partial)
  • Current, induced voltage, flux linkage
  • Power loss, stored energy
  • Core loss, eddy, excess, hysteresis loss (including the minor loop effects)
  • Impedance, inductance, capacitance
  • Force, torque
  • Custom reports of user-defined solution data

• Performance and integration
  • Distributed Analysis for parallel computing of parameterized models
  • 64-bit operating system support
  • Links to Simplorer®, ANSYSŪ Mechanical™, ANSYSŪ DesignXplorer™, HFSS™, RMxprt™, PExprt™

• Integrated 3D modeler featuring ACIS v19.0 and MFC technology
  • Standard primitives and multi-sweep functions
  • Boolean operations: union, subtraction, intersection
  • Direct import of SAT and DXF files
  • AnsoftLinks™ for import of STEP, IGES, ACIS, Parasolid, ANSYS Mechanical, Nastron, Pro/ENGINEER®, AutoCAD®, CATIA, and Siemens NX™

• Automatic, adaptive mesh technology
  • Fault-tolerant meshing algorithms
  • Mesh-generation feedback
  • GUI performs validation and integrity checks
  • Software identifies artifacts within the imported geometry
  • Mesh-based model resolution

• Versatile material manager and material types
  • User, group and system libraries
  • Linear, nonlinear anisotropic materials
  • Material assignment by coordinate type: cartesian, cylindrical or spherical
  • Permanent Magnet Material Libraries:*
    • Shin Etsu
    • Vacuumschmelze
    
    
    *Current customers may download the libraries from OTS

• Integrated Optimetrics™
  • Geometry and material parameterization
  • Optimization, sensitivity and statistical analysis