Common machine definition
Geometry, magnet, slot and winding definitions remain aligned with the governed EM1 and EM2 construction.
EDEPT-EM3 · COMING SOON
Move from analytical machine models to governed finite-element evidence.
EDEPT-EM3 extends EM1 and EM2 with tightly integrated two-dimensional electromagnetic finite-element analysis while preserving the common machine definition, winding construction and traceable comparison workflow.
CONTROLLED DEVELOPMENT PREVIEW
EM3 is not yet released. The results below are curated research evidence and are not approved for production design, customer release, certification or risk acceptance.
PLANNED ANALYSIS CAPABILITY
From geometry to fields, waveforms, harmonics and torque.
The finite-element engine is being integrated as a governed extension rather than a disconnected solver.
Nonlinear finite-element solution
Two-dimensional magnetic vector-potential analysis includes nonlinear steel, permanent magnets and controlled material assignment.
Controlled conformal mesh
Air-gap radial layers, tooth-tip detail, magnet edges and refinement controls preserve the geometry needed for field and torque extraction.
Static and transient studies
Open-circuit, loaded and rotating-machine transient calculations support electrical-angle stepping and repeatable comparison.
Field and harmonic evidence
Radial and tangential air-gap fields, spatial and temporal spectra, B magnitude and vector-potential contours are available for review.
Machine outputs
Flux linkage, phase and line back EMF, cogging torque, Maxwell-stress torque, virtual-energy torque and power-based torque are being integrated.
ONE ELECTRICAL CYCLE · 6° ELECTRICAL STEPS
Field evolution made visible.
Fixed colour scales and dark geometry outlines allow each frame to be compared directly through the full electrical cycle.
Magnetic flux-density magnitude
Nonlinear B magnitude is animated with a fixed 0 to 1.959 T scale.
Magnetic vector potential
Signed vector potential and field lines are animated on a fixed ±0.01060 Wb/m scale.
CURATED TRI135 EVIDENCE
Geometry fidelity and solver correlation are reviewed together.
The current evidence demonstrates close open-circuit fundamental agreement across the controlled comparison set.
Four-layer transient sliding mesh
The Tri135 transient solver uses two rotor-side layers and two stator-side layers meeting at the disconnected physical mid-gap sliding interface.
View full resolution ↗
Three-way open-circuit comparison
EM3 static, EM3 transient and Motor-CAD flux-linkage and back-EMF waveforms are compared on one governed basis.
View full resolution ↗At 3000 rpm, the present Tri135 open-circuit back-EMF fundamental is 189.41 V RMS for EM3 static, 189.48 V RMS for EM3 transient and 189.71 V RMS for Motor-CAD.
DEFINE · MESH · SOLVE · CORRELATE · GOVERN