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

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

Discover how to simulate sphere hardening using induction heating with detailed insights into multi-physics simulations. Explore electromagnetic-thermal coupling for precise results.

Learn how EMS simulates electromagnetic and thermal behaviors in parallel wires, including transient magnetic analysis and ohmic heating effects, in a detailed study.

Uncover the role of electrothermal simulation in enhancing electric fuse safety, providing key insights into protection against overcurrent scenarios.

Study the crucial role of electrothermal analysis in optimizing busbar design for enhanced performance and safety in electrical systems.

Understand the critical effects of high-frequency phenomena on shielded cable performance, including insights on overvoltage, overcurrent, and advanced simulations.

Uncover the breakthroughs in induction cooker design and safety through advanced electro-thermal simulation, ensuring eco-friendly and precise cooking experiences.

Examine the precision behind inductance calculation in induction cooker coils and its critical role in enhancing cooking efficiency and performance.

Explore the techniques behind capacitance calculation for capacitive touch panels, ensuring optimal functionality and user experience.

Learn how to conduct a comprehensive electro-thermal simulation of transformers, covering magnetic fields, losses, and temperature distribution for optimal design.

Explore numerical simulations of Helmholtz coils for precise electromagnetic field analysis. Discover EMWorks' solutions for accurate coil design and evaluation.

Explore insights into the performance of in-wheel Switched Reluctance Motors through advanced simulations. Understand their efficiency and reliability for electric vehicle applications.

Learn how to boost efficiency in wireless EV charging with optimized circular charging pad designs. Explore IPT technology insights and parametric AC magnetic studies.

Explore how electromagnetic simulation optimizes high-voltage submarine cables. Discover electric field distributions, materials, and marine ecosystem impact.

Explore how inductive proximity sensors use coil inductance changes to detect conductive targets with precision, based on electromagnetic simulation insights.

Learn how EMS leverages parasitic parameter extraction from PCBs to predict and mitigate EMI, enhancing circuit design and performance.

Assess how ACFM probe design, optimized with EMS simulation, advances non-destructive testing for accurate surface crack detection.

Learn how to accurately calculate capacitance for parallel plate capacitors, including the impact of dielectrics, through EMWorks simulation.

Explore accurate Stripline Conductor simulation using EMWorks' software. Verify results and achieve precision in electrical applications.

Assess the precision of EMS in analyzing electrostatic fields within dual-layer dielectric cylinders, validating against leading research.