EMWorks Academic Learning

Discover how magnetic circuits create force in electrical systems. Explore the principles behind electromagnetic force and its applications.

Understand the intricacies of computing forces within capacitors for optimized design and performance in electronic systems.

Discover the crucial factors impacting eddy currents in conducting discs under time-varying magnetic fields and learn how to analyze them effectively.

Learn about the capacitance behavior of multi-layer capacitors with detailed insights and simulations. Understand the intricacies of capacitor design and performance.

Dive into the analysis of electric fields within cavities of charged spheres, illuminated by the superposition principle and EMS simulations.

Examine the calculation of magnetic fields on the axis of a current loop using the Biot-Savart law, with insights from EMS simulations.

Learn the precise method to calculate magnetic field strength along the axis of a cylindrical coil, employing the Biot-Savart law in an easy-to-follow guide.

Discover how electromagnetic simulation revolutionizes engineering education and research. Explore its impact on innovation, learning, and practical applications.