Accurately model electromagnetic induction, magnetic fields, and electromechanical components. We evaluate motors, actuators, and inductive heating systems for peak efficiency.
Analyze Magnetic Fields
Calculate electromagnetic torque, forces, and flux linkages to optimize the performance of moving components.
Evaluate ohmic losses and core losses (eddy currents) which are critical for predicting the thermal performance of devices.
Automate the adjustment of coil turns, gap sizes, and magnet dimensions to achieve the target magnetic field intensity.
Calculate lift, drag, and pressure distribution over complex geometries like vehicles, wind turbines, and aerospace components.
Simulate complex thermal interactions between solids and fluids. Perfect for heat sinks, electronics cooling, and HVAC systems.
Optimize pressure drop, velocity profiles, and mixing behavior inside manifolds, valves, and industrial pipe networks.