An Introduction to MotorSolve: Rapid Electric Motor Design
On Line Web Seminar
Overview
The conventional approach to electric motor design is either classical or FEA. Classical methods (analytical and equivalent circuit) are fast and the least accurate, while FEA has the highest fidelity, but is slow. MotorSolve combines the synergies of both these approaches: it is fast and accurate enough for rapid electric motor design exploration.
| During this web seminar, the different approaches of electric motor design and the types of motors that can be analysed in MotorSolve will be presented. An electric power steering motor will be designed from scratch to illustrate how MotorSolve can be used to explore the design space in order to meet performance requirements: e.g. torque-speed curve, cogging torque, efficiency and more. |
The demonstration will also introduce the MotorSolve workflow, which will include the user-interface, model set-up, winding design and motor analysis.
What You Will Learn
- Learn about rapid electric motor design
- Starting from scratch: a power steering motor demonstration
- Evaluate potential design changes such as different rotor configurations and materials
- Analyze motor performance: torque/speed curve, cogging torque and efficiency
Who Should Attend
- Motor Designers
- Design Engineers
- Automotive Engineers/Managers
- Project Engineers
Details
When
Thursday the 22nd of February 2018
Where
Online
Time
12:00 PM - 12:45 PM
This web seminar will show you all the new features and physics in FloEFD V17.0 and V17.1 that enable you to perform more advanced simulations, faster and easier. You will also be able to create more accurate performance predictions of your products.
Detailed PCB Thermal Modeling with Thermal TerritoriesIncluding thermal analysis early in a design process has proven to be the preferred approach in delivering the best design in the shortest amount of time. As the electrical and mechanical designs develop early in the design process the thermal analysis evolves as more information is integrated into the thermal model. Later in the design process, when ECAD data is available a more detailed approach to PCB modeling can be considered.