Experience Advanced 2D Electromagnetic Field Design and Analysis
Unlock the full potential of EMWorks2D for precise electromagnetic simulations, efficient product design, and comprehensive motor analysis—all seamlessly integrated into the CAD environment. Elevate your design capabilities to new heights with EMWorks2D.
EMWorks2D excels in accurately solving electric and magnetic problems, featuring electrostatic, magnetostatic, AC and transient magnetic solvers, all seamlessly integrated into CAD.
EMWorks2D has an intuitive and user-friendly graphical interface that makes it easy to use. It also has a demo viewer that provides access to extensive training materials. EMWorks2D uses advanced finite element solvers and meshing technologies to deliver accurate and reliable results. EMWorks2D extends beyond being a mere product; it offers access to our highly qualified support team, facilitating the swift and cost-effective achievement of your goals.
It enables you to explore the impact of geometric and simulation parameter variations on your design. Parametric simulation, driven by user-defined scenarios with single or multiple parameters, provides valuable insights.
It offers the unique ability to couple transient magnetic studies with mechanical motion. This makes it an ideal motor design software, enabling in-depth virtual analysis of crucial electric motor design parameters, such as cogging torque, back EMF, short circuit response, load torque, current and voltage results, core loss, eddy current loss, winding loss, inductance profile, resistance, flux linkage, and more.
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Webinar for electric motor professionals: Essential for engineers, designers, researchers, and academics keen on Multiphysics simulation and analysis.
As power electronics and drive systems continue to evolve, specialized electric machines such as Brushless DC (BLDC) motors have emerged as a notable innovation.
Electric machines with direct drive, operating at low speeds while delivering remarkable torque, are indispensable components in various critical applications.
Join us for an insightful webinar as we delve into the topic of enhancing SRM machine performance through the utilization of permanent magnets.
Hajer Jmal, Amal Souissi, Imen Abdennadher
Lab. of Renewable Energies and Electric Vehicles (RELEV), University of Sfax, ENISRichard Götz
University of Applied Sciences Landshut