What you'll learn:
- Build a solid foundation in Ansys Maxwell and electromagnetic simulation, starting from the basics to advanced concepts.
- Learn to navigate Ansys Maxwell’s interface, project workflows, and analysis tools for simulations.
- Design, edit, and import 2D/3D geometries for simulations, enhancing your modeling skills step by step.
- Set up simulations by assigning materials, boundary conditions, and sources, and configure key parameters effectively.
- Run simulations, extract data, and interpret performance results to optimize designs and improve accuracy.
- Solve real-world engineering problems with hands-on practical examples and project-based learning activities.
- Simulate and analyze electromagnetic phenomena to find answers for electric fields, inductance, and power loss.
- Modeling transformers, generators, permanent magnet arrays and all electromagnetic geometries
ANSYS Maxwell Simulation: A Step-by-Step Guide for Beginners
If you're new to ANSYS Maxwell and want to learn how to set up and run electromagnetic simulations, this course is the perfect starting point! Designed for beginners, this step-by-step guide will walk you through the fundamental concepts and practical applications of ANSYS Maxwell, helping you build the confidence to work on real-world simulation projects.
In this course, you'll learn how to create 2D and 3D models, assign materials, set up boundary conditions, and define different types of excitations, including voltage, current, and external circuits. You’ll also explore force and torque calculations, meshing techniques, and solution setup to ensure accurate results. The course covers post-processing techniques to extract key results, such as electromagnetic fields, force, torque, electrical and mechanical power, and losses. Additionally, you’ll work on practical examples, including a single-phase generator with a motion band and a 3D transformer model. The examples simulation files are downloadable in lectures.
By the end of the course, you'll be able to confidently simulate electrical machines and components using ANSYS Maxwell. Whether you're an electrical engineer, researcher, or student, this course will provide the essential skills needed to start working with electromagnetic simulation. No prior experience with ANSYS Maxwell is required—just a willingness to learn!
