Discover how permanent magnets boost SRM efficiency, offering advancements in torque and reduced ripple in our comparative analysis.
How does eccentricity impact the performance of electric motors, and what solutions can optimize their reliability and efficiency?
Explore the benefits outer rotor PM generators bring to wind turbines, including enhanced power density and efficiency.
Discover how electromagnetic simulation revolutionizes engineering education and research. Explore its impact on innovation, learning, and practical applications.
Discover how VDSE optimizes Asymmetric IPMSM, enhancing efficiency and reducing torque ripple.
Explore how PMSM optimization enhances More Electric Aircraft efficiency, balancing power density and weight for sustainable aviation solutions.
Discover how asymmetric IPMSM design boosts torque, reduces ripple, and cuts cogging torque for more efficient electric motors.
Explore advanced PM linear electric motor design for efficiency and performance. Ideal for EVs, robotics, and industrial applications.
Learn how the Halbach array configuration impacts permanent magnet motor design for improved efficiency and torque.
Explore the analysis of a double-sided flat PM linear synchronous motor using simulation software. Gain insights into motor behavior and optimization.
Explore static and on-load analysis of a switched reluctance motor using simulation software. Gain insights into motor performance and optimization.
Explore the performance evaluation of a synchronous generator under diverse loads using simulation software. Gain insights into generator behavior and optimization.
Understand the performance of outer-runner radial flux BLDC motors in direct drive applications, including wind turbines and electric vehicles.
Explore the mechanics and optimization of magnetic levitation in semi-high-speed maglev trains using EMWorks2D for enhanced performance and efficiency.
Discover how different modes of eddy current braking, including Electrical Excitation, Permanent Magnet, and Hybrid Excitation, impact braking torque and efficiency.
Explore the efficiency, torque density, and simulation results of 24-slot/8-pole spoke-type motors under various load conditions. Gain insights into material selection, magnet coercivity, winding configuration, and more.
Explore comprehensive insights into high-power busbar analysis, including electromagnetic phenomena, transient simulations, and material considerations for optimal performance and safety.
Gain valuable insights into the design and behavior of the 2004 Prius electric motor through detailed analysis and simulations. Explore its specifications, torque generation, and magnetic field distribution.
Learn how magnet segmentation influences cogging torque in Permanent Magnet Synchronous Machines (PMSMs) through insightful analysis and simulations.
Learn how air gap lengths and magnet shapes influence torque transmission and efficiency in magnetic gears, as revealed in our latest EMWorks2D simulation study.
Learn about the electromagnetic simulation of linear switched reluctance motors. Analyze magnetic flux density, inductance, and force profiles for precision in linear motion applications.