Electromagnetic Actuator Simulation: From Concept to Optimization

Overview

Electromagnetic actuators are widely used in automotive, industrial automation, consumer electronics, medical devices, and aerospace applications, where precision, reliability, and performance are critical. Designing these actuators requires accurate prediction of magnetic fields, force, motion, and material behavior. This webinar will demonstrate how Ansys Maxwell enables engineers to simulate, analyze, and optimize electromagnetic actuators from concept to final design. The session will cover actuator fundamentals, FEM-based simulation workflows, performance evaluation, and optimization techniques, while highlighting how simulation reduces development time, minimizes physical prototyping, and accelerates product innovation.

Who Should Attend

• Electrical and Electronics Engineers
• Design and Simulation Engineers (R&D)
• Academicians, Faculty, Research Scholars
• Electrical, Electronics or Mechatronic PHD/PG/UG students.

Focused Industries

Key Highlights

• Market Trends and Growth of electromagnetic actuators.
• Explore the fundamentals and applications of electromagnetic actuators.
• Electromagnetic Actuator Simulation using Ansys Maxwell.
• Performance Evaluation and Design Optimization and a live Demo
• Multiphysics and System-Level Integration