Now a days Electric machine is a key component in the most of the mechatronics applications. Designing a highly efficient and cost-effective Electric motor is challenging. In the past, Electric machine design has been seen as only an Electromagnetic problem.
Details
Now a days Electric machine is a key component in the most of the mechatronics applications. Designing a highly efficient and cost-effective Electric motor is challenging. In the past, Electric machine design has been seen as only an Electromagnetic problem. In the fast moving world, the design & performance requirements has changed drastically in other physics like Mechanical, Thermal and Electromagnetics. However, using Integrated Multiphysics simulation technology makes it possible to optimize motor design performance in a fraction of the time and cost required by traditional design methodology. It is "a true multiphysics problem," which requires precise attribute balancing across all the physics platforms. These interconnected attributes increase dependency across all departments, with the ultimate goal of "efficient and robust E Machine development“.
Ansys Motor Technology have comprehensive solution for robust, efficient Electrical motor design from initial design stage to high fidelity FEA to MultiPhysics analysis of motor and System analysis.
Agenda
- Ansys Multiplatform Intro
- Electric Machines evaluation
- Ansys Comprehensive workflow for Motors
- Front Loader: Ansys MotorCAD
- Detailed Analysis: Ansys Maxwell
- Ansys Multiphysics for Motors
- System level analysis
Target Group
- Design Engineers
- Simulation Engineers
- Research People
- HOD’s
- Students
Benefits
- Understand the qucik design & exploration of motors
- Get an overview on Detailed analysis of motor.
- Learn how Multiphysics challenges can be addressed.
- Learn How our motor component can work with system will be verified
