Today’s Check it Out link takes you to an intriguing Web resource on electric motor design and simulation. What you learn here is that a multiphysics virtual prototyping workflow lets you explore the design variables of electric motors deeply and efficiently. This enables you to challenge your design assumptions and correct the bad ideas before you’re too deep in the process that you run up a huge bill fixing them.
- New Web resource explains coupled multiphysics workflows for electric motor design.
- Highlights ANSYS’ electromagnetic, thermal, mechanical and acoustics solvers.
- Offers a demo video as well as a white paper and an application brief to download.
- Video demonstrates a coupled multiphysics design workflow from analytical pre-design through testing.
- White paper delivers the theoretical overview of ANSYS’ electrical machine and drive design approach.
- Application brief provides an in-depth technical report of ANSYS software for electric machine design in use.
The demo video takes you from analytical pre-design through testing. It shows how you can couple multiple physics tools to study the temperature dependency of permanent magnets, analyze vibration and deformation effects and perform detailed electromagnetic design.
The ANSYS Workbench platform provides the framework coupling the solvers. ANSYS RMxprt, a template-based design tool that enhances the ANSYS Maxwell electromagnetic field simulation software, ANSYS CFD (computational fluid dynamics) and ANSYS Mechanical FEA (finite element analysis) toolsets are featured. As you might imagine, the video has many neat animations.
The “Electric Machine Design Methodology: A Revolutionary Approach” white paper builds off the video’s themes by providing a broad overview of the ANSYS electrical machine and drive design approach. This paper explains the multiphysics and multi-scale system engineering technologies the company offers and their benefits to hands-on engineers, their companies and clients. The paper is well illustrated and readable by a wide audience.
The application brief, “Advanced Design of Electric Machines Using the ANSYS Electric Machine Design Toolkit,” provides the hardcore technical story. Here, you step through the creation of efficiency maps for a traction motor. Accompanying the brief is a short case study on how a leading provider of automotive electronic systems validated the ANSYS electric machine simulation tool through measurements.
The “Comprehensive Multiphysics Design for Electric Machines” Web resource is a tutorial for existing ANSYS users and, most likely, an eye-opener for others. This resource is professionally executed, a snap to negotiate and highly informative. Hit today’s Check it Out link and dig in.
Thanks, Pal. – Lockwood
Anthony J. Lockwood
Editor at Large, Desktop Engineering