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Name:
Topology
Geometry
mm
mm
mm
T
Winding & Electrical
mm
A
V
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Torque–Speed Curve
Power–Speed Curve
Slot–Pole Analysis
Cross-Section — Hover slot or pole
Hover a slot or pole to inspect
Winding Table
#
Phase
Direction
Layout Stats
Saved Designs
Analytics & Equations
Compare Designs
Design A
vs
Design B
In Development
FEA Simulation
Engine
Full finite element analysis of your motor designs — directly in the browser. Flux density maps, torque ripple, iron loss distributions, and automated PDF reports, all driven by the parameters you set in the Designer.
What's coming
⬡
Automated FEA Mesh
Geometry is generated directly from your Designer parameters. Adaptive meshing refines automatically around air gaps, slot openings, and magnet boundaries.
Phase 1
◈
Flux Density Maps
2D colour-mapped flux density plots across the stator and rotor cross-section. Identify saturation hotspots and refine your slot/tooth geometry instantly.
Phase 1
∿
Torque Ripple Analysis
Cogging torque and electromagnetic torque waveforms over a full electrical cycle. Quantify peak-to-peak ripple and compare slot/pole combinations side by side.
Phase 2
◫
Iron & Copper Loss Maps
Spatially resolved eddy current and hysteresis loss density across the lamination. Highlights where thermal management will be needed at rated load.
Phase 2
⊞
Operating Point Sweeps
Automatically sweep current and speed to build full torque–speed and efficiency maps. Export as CSV or overlay directly on the Analytics charts.
Phase 3
⬡
PDF Simulation Report
One-click export of a professional engineering report: geometry summary, FEA plots, loss breakdown, and performance curves — ready to share with your team.
Phase 3
Report preview
FEA_Report_BLDC_8P12S.pdf Sample output
📄
PDF report screenshot will appear here
once simulation output is available
Roadmap
Completed
Analytical engine & parameter model
Full closed-form equations for BLDC, PMSM, and induction motors. Winding factor, Kt, back-EMF, copper loss, and efficiency all computed in real time.
In progress · Phase 1
FEA geometry generation & meshing
Automatic slot/tooth geometry construction from Designer parameters, adaptive mesh generation, and static magnetic solve at rated operating point.
Up next · Phase 2
Transient solve & loss analysis
Time-stepped simulation for cogging torque, torque ripple, and spatially resolved iron loss maps at multiple load points.
Planned · Phase 3
Operating sweeps, efficiency maps & PDF reports
Full torque–speed surface, per-point efficiency map, and one-click professional PDF export with all plots and design parameters.
Stay in the loop
Simulation features will roll out incrementally. Design your motor now — your saved parameters will be ready to simulate the moment it launches.