Empower Your Designs with Electro-Thermal Multiphysics Simulations

Enhancing Innovation in Electro-Thermal Multiphysics Through EMWorks Solutions

Learn how RF-to-thermal simulation optimizes WR2300 waveguide coupler design for high-power accelerators, ensuring efficiency and reliability.

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.

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

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

Explore the virtual prototyping process of a 3-phase cylindrical transformer to enhance electrical distribution efficiency through CAD modeling, open circuit simulations, and thermal analysis.

Discover advanced techniques and insights for electro-thermal modeling of 3-phase transformers. Learn how to optimize performance and minimize losses using electromagnetic simulation.

Probe into the advanced electro-thermal modeling of BLDC motors to understand how it drives performance improvements and efficiency gains.