Why Simcenter MAGNET?
Simcenter MAGNET is a powerful electromagnetic field simulation solution for performance prediction of motors, generators, sensors, transformers, actuators, solenoids or any component with permanent magnets or coils.
- Model the physics of electromagnetic devices
Simcenter MAGNET accurately models electromagnetic devices, covering manufacturing processes, temperature-dependent materials, magnetization, and more. It includes a built-in motion solver for complex simulations like magnetic levitation with smart re-meshing technology.
- Explore the possibilities through simulation automation
Simcenter MAGNET streamlines workflow with advanced scripting and parameterized CAD, enhancing efficiency for complex simulations with varied magnet dimensions and air gaps.
- Stay integrated with circuit to system level modeling
Simcenter MAGNET facilitates accurate system-level analysis (1D) or model-based analysis (2D and 3D) by integrating precise sub-component models. It includes native circuit simulations, co-simulation connections, and supports exporting 1D system models for platforms like Simcenter Flomaster and Simcenter Amesim.
Simcenter MAGNET capabilities
- AC electromagnetic simulation
Simcenter MAGNET uses single-frequency AC electromagnetic simulations for efficient analysis of fields around current-carrying conductors, considering important effects like displacement currents and eddy-current for hotspot analysis.
- Advanced electromagnetic material modeling
Simcenter's advanced material modeling enhances low-frequency electromagnetic simulations, ensuring accuracy in analyzing effects like permanent magnet demagnetization and frequency-dependent losses.
- Electric field simulations
The finite element method in electric field simulations covers static, AC, and transient fields, including current flow from DC voltages. Useful for high-voltage applications, it predicts insulation failures, lightning impulses, partial discharge, and impedance issues.
- Electromagnetic-motion simulation
Simcenter simulates transient electromagnetic fields with six degrees of freedom for unlimited moving components, including mechanical effects and induced currents.
- Transient electromagnetic simulation
Simcenter allows simulation of complex scenarios with time-varying current, nonlinearity, and frequency-dependent effects, including electromechanical oscillations, demagnetization, switching effects, and eddy-current-induced torque. Thermal-electromagnetic co-simulation is possible with Simcenter MAGNET's thermal solver.
- Steady-state and transient temperature distribution
Simcenter MAGNET simulates steady-state and transient temperature distribution, considering losses in windings and the core, including eddy current and hysteresis losses. The thermal solver uses finite elements for quick evaluation of electric device thermal performance.
- What’s new in Simcenter SPEED, Simcenter Motorsolve, and Simcenter MAGNET 2022.1
- Using simulation to accurately predict physical behavior and advance personalized urban rapid transit
- Electromagnetic simulations as part of your design process, that’s EMAG-nificent
- Simcenter simulation for electromagnetics
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