Permanent magnets play a critical role in modern engineering, powering everything from electric motors to advanced sensing technologies. Their complex interactions with electromagnetic fields require precise simulation to optimize performance and efficiency. In this webinar, we will explore fundamental of Permanent Magnets and how electromagnetic analysis enables accurate modeling of them, helping engineers design more reliable and efficient systems.

This session will also provide a walk-through of EMWORKS, a standalone electromagnetic simulation solution with powerful built-in CAD capabilities. Whether you're optimizing electromagnetic designs or exploring complex field interactions, this webinar will demonstrate how EMWORKS streamlines simulation workflows without compromising accuracy or efficiency.

What You Will Learn in This Webinar

• The fundamentals of permanent magnet materials, their classifications, and key magnetic properties.
• How to select the right permanent magnet for your application based on B-H curves and other critical parameters.
• Real-world use cases where permanent magnets play a crucial role – including motors, magnetic wheels, sensors, and actuators.
• How to simulate permanent magnets using magnetostatic analysis for accurate performance predictions.
• The advantages of standalone electromagnetic simulation with built-in CAD capabilities.
• How to leverage advanced solvers for complex electromagnetic designs.
• A complete walk-through of EMWORKS, showcasing its latest features and real-world applications.

Why You Want to Attend

• Gain practical insights into electromagnetic simulation of permanent magnets and real-world applications.
• See a live demonstration of EMWORKS solving a magnetostatic analysis case.
• Understand how an integrated simulation workflow improves design efficiency and accuracy compared to traditional approaches.
This webinar is designed for engineers, designers, and researchers seeking a technical deep dive into electromagnetic simulation and its role in optimizing permanent magnet applications.

Practical Capabilities Showcased

• Powered by Powerful Built-in CAD, Autodesk Inventor: Work within an advanced 3D design environment that ensures seamless model integration and eliminates data translation errors.
• Comprehensive Electromagnetic Simulation: Perform static and dynamic electromagnetic field analysis in a unified workflow.
• Advanced Solver Technology: Achieve accurate results with high-performance FEA solvers
• Enhanced Visualization & Post-Processing: Gain deep insights with advanced result interpretation and automated reporting tools.

We'll simulate a real-world magnetic system involving magnetic wheels interacting with a steel wall. You'll learn how to:
• Set up the geometry and material properties
• Apply boundary and excitation conditions
• Compute and visualize the magnetic force
• Interpret results for practical engineering decisions

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Resources

Permanent Magnets and Electromagnetic Simulation: A Technical Deep Dive