Features & Capabilities

Magnetostatic (2D)

Compute static magnetic fields using vector potential formulation. Handle permanent magnets, current-carrying conductors, and magnetic materials.

• Inductance calculation
• Force and torque computation
• Flux density mapping

Time-Domain with Motion

Solve transient electromagnetic problems with moving parts using an explicit time-stepping scheme.

• Sliding mesh capabilities
• Rotating machinery simulation
• Linear motion modeling

Eddy-Current Analysis

Model induced currents in conductive media under time-varying magnetic fields.

• Skin and proximity effects
• Eddy current losses
• Conductive shielding design

Couppling with Circuit

Integrate electromagnetic simulations with external circuits for comprehensive system analysis.

• An embedded circuit solver
• Support basic circuit elements
• Co-simulation capabilities

Nonlinear Material Support

Model materials with nonlinear magnetic properties using iterative solution techniques.

• B-H curve implementation
• Iron loss in laminated steels
• Material saturation effects

Python API

Access and control simulations programmatically using Python scripting.

• Geometry creation and modification
• Simulation setup and execution
• Post-processing and data extraction

FEM Solvers

• Direct: (LDLT decomposition)
• Iterative: Conjugate Gradient (CG)

Electric Circuit Solver

• Modified Nodal Analysis (MNA)

CAD Import

Import geometry from dxf or create directly using built-in tools.

Mesh Generation

Parametric Geometry

Coming soon

Interactive Visualization

Vector field visualization with contour plots, vector plots, and streamlines.

Data Analysis

Analyze results with built-in tools or export data for external processing in CSV or via Python API.

Fast Animation Engine

GPU accelerated OpenGL-based animation of time-domain results.