Discover how MPW enhances the welding of dissimilar materials, offering precise, efficient bonding with minimal thermal distortion.
Learn how magnetic levitation technology facilitates efficient energy harvesting, advancing sustainable power solutions.
Discover how electromagnetic simulation revolutionizes engineering education and research. Explore its impact on innovation, learning, and practical applications.
Explore the key design challenges in WPT systems and discover solutions for enhanced efficiency and reliability in power transfer.
Discover how external rotor PMSM technology boosts electric vehicle efficiency, offering higher torque and reduced noise.
Understand how Resonant Wireless Power Transfer (RWPT) improves the efficiency and effectiveness of wireless power delivery compared to traditional Wireless Power Transfer (WPT) methods.
Explore how magnetic shunts influence electromagnetic and structural behaviors in high-power transformers, reducing eddy currents and mechanical stress.
Multi-physics modeling of MicroElectro-Mechanical-Systems using EMS for SOLIDWORKS
Investigate the performance of permanent magnet axial flux generators under load and no-load conditions. Learn about back EMF, short circuit responses, and electromagnetic losses.
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.
Understanding how coil thickness and input current influence heat generation and temperature distribution in DC linear actuators, is crucial for performance and lifespan optimization.
Learn about the thermal behavior of XLPE power cables and how FEM simulations provide insights for optimizing cable designs. Discover the impact of conductor Joule losses and external thermal conditions.
Gain insights into the analysis of a 6/4 switched reluctance motor (SRM) using EMS in Autodesk Inventor, focusing on electromagnetic torque variations and rotor alignment
Understanding how Multiphysics FEM analysis enhances induction heating efficiency in brazing processes. Learn about temperature distribution, magnetic field intensity, and current density insights.
Learn how air gap lengths and magnet shapes influence torque transmission and efficiency in magnetic gears, as revealed in our latest EMWorks2D simulation study.
Understanding the workings of voice coil actuators and their critical performance metrics for precision motion applications, including force sensitivity and back EMF.
Learn how different voltages affect the force output and thermal efficiency of voice coil actuators in precision applications, based on EMWorks simulations.
Discover why voice coil actuators are the top choice for applications requiring precise positioning, offering high speed, acceleration, and compact design.
Understanding how the DSPM Eddy Current Coupler uses eddy current induction for efficient, contactless torque transmission in various applications.
Learn about the electromagnetic simulation of linear switched reluctance motors. Analyze magnetic flux density, inductance, and force profiles for precision in linear motion applications.
Learn how magnetic gears offer a frictionless, maintenance-free alternative to traditional gears, enhancing efficiency and reliability in the automotive and marine sectors.