Multiphysics category
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Actuator in a System Simulation with Simulink® This example analyses a system including an electromagnetic actuator using two different methods: MagNet's Transient 2D with Motion solver, and the Simulink system simulator from The MathWorks using a Response Surface Model. Categories: System Simulation / Actuators / Multiphysics Products: MagNet Static 2D / MagNet Transient 2D with Motion |
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Actuator in VHDL-AMS with SystemVision® This example analyses a system including an electromagnetic actuator using two different methods: MagNet's Transient 2D with Motion solver, and the SystemVision® system simulator from Mentor Graphics using a VHDL-AMS model of the actuator. Categories: System Simulation / Actuators / Multiphysics Products: MagNet Static 2D / MagNet Transient 2D with Motion |
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Actuator with Diode This simple 3D device can have surprisingly complex behaviour, which is accurately and easily modeled with MagNet's transient with motion solver. Categories: Actuators / Multiphysics Products: MagNet Transient 3D with Motion |
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Brushless DC Motor in Motion with Temperature Effects The impact of a high operating temperature on the performance of a Brushless DC (BDC) Motor with Interior Permanent Magnets (IPM) is investigated. Categories: Motors & Generators - DC / Thermal / Multiphysics Products: MagNet Transient 3D with Motion / ThermNet Transient 3D |
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Clawpole in VHDL-AMS with SystemVision® A VHDL-AMS model of a clawpole alternator is created using Infolytica's Three-phase Machine Wizard in conjunction with the MagNet 3d static solver. Categories: Motors & Generators - AC / System Simulation / Multiphysics Products: MagNet Transient 3D / MagNet Transient 3D with Motion |
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Core Loss and Efficiency Calculations with Infolytica software Magnetic losses (also known as iron losses or core losses) are an area of growing interest in fields such as advanced electric machines and transformers. See how Infolytica's software can give you more accurate results for both thermal and magnetic simulations. Categories: Motors & Generators - DC / Thermal / Multiphysics Products: MagNet General / ThermNet General |
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Ensuring Electric Machine Efficiency with MagNet and OptiNet The task of the machine designer--a tireless effort to optimize torque ripple, running torque, efficiency, cost and a whole host of other factors--is now made easier with the latest releases of MagNet and OptiNet from Infolytica. Categories: Motors & Generators - DC / Design Optimization / Multiphysics Products: MagNet General / OptiNet |
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Gas Insulated Switch To demonstrate the flexibility of Infolytica's suite of Electromagnetic and Thermal Analysis packages, we have taken a Gas Insulated Switch and simulated it under a variety of different loads and configurations. Categories: Thermal / Electric / Multiphysics / Miscellaneous Products: MagNet Time Harmonic 3D / ElecNet / ThermNet Static 3D / ThermNet Transient 3D |
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IPM Motor with PWM vector control in PSIM The vector control of an Interior Permanent Magnet (IPM) motor is simulated here using the combined power of PSIM, a circuit and systems simulator from PowerSim, and MagNet. PSIM simulates a rotor speed feedback loop which generates PWM phase voltages. A transient motion solve running concurrently in MagNet uses these to calculate the coil currents, which are fed back to PSIM. Categories: Motors & Generators - DC / System Simulation / Multiphysics Products: MagNet Transient 2D / MagNet Transient 2D with Motion / MagNet Transient 3D / MagNet Transient 3D with Motion |
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IPM Motor with vector control in Simulink® The combined power of MagNet and Simulink is demonstrated using the vector control of an Interior Permanent Magnet (IPM) motor. Simulink simulates a rotor speed feedback loop which outputs the commanded phase voltages. A transient motion solve running concurrently in MagNet uses these to calculate the coil currents, which are fed back to Simulink. Categories: Motors & Generators - DC / System Simulation / Multiphysics Products: MagNet Transient 2D with Motion |
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MagLev Startup This gallery page demonstrates a variation of the MagLev suspension system that implements the "Magnetic River" concept; it is based on repulsion forces from dynamically induced eddy currents. The idea is to use the same set of coils for both levitation and propulsion. In the motor example shown on this page, the coil structure is in a transverse flux configuration similar to that used in the prototype NASA MagLev for a shuttle launch system. Categories: Motors & Generators - AC / Levitators / Multiphysics Products: MagNet Transient 3D with Motion |
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MagNet Plug-in for SPEED: Designing an IPM motor with fractional slot This example showcases the MagNet Plug-in for SPEED, which effectively combines the advanced electric motor design software of SPEED with the powerful calculation capabilities of MagNet, to design an IPM motor with fractional slot. Categories: Motors & Generators - DC / Multiphysics Products: MagNet Static 2D |
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Magnetic Gear This example illustrates the advanced capabilities of MagNet's Transient with Motion solver, which is capable of simulating multiple moving parts simultaneously. Categories: Motors & Generators - DC / Multiphysics / Miscellaneous Products: MagNet Transient 2D with Motion |
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Optimizing Electromechanical and Control Circuit Parameters of Brushless Motors MagNet, OptiNet and PSIM are used to redesign a brushless DC motor in order to improve performance by increasing the response speed and minimizing the drive overshoot. Categories: Motors & Generators - DC / Design Optimization / Multiphysics Products: MagNet Transient 3D / OptiNet |