Streamlined eMotor and powertrain development for noise and vibration
The drive towards zero prototypes calls for CAE solutions that not only give accurate predictions but which also need to support variability analysis and rapid what-if studies. This is true of any design target but in the field of electric powertrains it is noise and vibration that has proved to benefit particularly from a simulation-led design approach. This is partly because of the different noise environment and vehicle architecture but it is also driven by the need to trade off noise performance against durability, efficiency and weight.
For many years, Romax Spectrum has been a powerful tool to perform end-to-end simulation and optimisation of mechanical and electrified drivetrains, considering variability in mechanical components (gears, shafts and bearings). However, the design of powertrains considering electric machine NVH has brought additional challenges; traditionally siloed working practices between electrical and mechanical teams may restrict the ability to collaborate. Romax software has always been a champion of process integration with strong links between Hexagon tools and other partner tools. This ecosystem will be further strengthened in the upcoming 2024.1 release of Romax Spectrum and Romax Evolve which includes an advanced interface with JMAG-Designer. Follow this webinar series to know more.
18 Sept 2024 at 02:00PM (GMT)
Webinar 1: Delivering simulation-led design through integrated ePowertrain NVH workflows with Hexagon and partner tools
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02 Oct 2024 at 02:00PM (GMT)
Webinar 2: System-wide design, simulation and optimisation of electric powertrain NVH with Romax and JMAG-Designer
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16 Oct 2024 at 02:00PM (GMT)
Webinar 3: How Romax 2024.1’s innovations work for you: Overview of new features
This final part of the webinar series gives an introduction to the latest developments in Romax software. Not just for NVH but for durability, efficiency and more. The enhancements cover the whole suite and highlights include the improved Romax->JMAG interface, ISO 1328 cylindrical gear accuracy specification, complex planetary modelling in Romax Concept and improved definition and assessments of interference fits including DIN 7190 calculations.
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