We have been sent the details of a free virtual event hosted by Altair and including contributions from BGA Members Ricardo and University of Sheffield that you may be interested in attending. Please see details below and click the button to register. ATCx Driving Innovation in Electric Powertrain. Why Simulation is the Key to Deliver the Electric Transportation Revolution
We are witnessing the development of Next Generation Smart products, facilitated by the drive towards a zero-emissions world. These products are electric, connected and mechatronic in nature; developed across industry (automotive, aerospace, defence etc). The new beating heart of these products is the electric powertrain, consisting of batteries, gears, and e-motors.
This is the age of digital and simulation will be the key technology for electric powertrain development. It is predictive and intelligent, reducing physical test requirements by representing complex physics (electrical, electromagnetics, thermal, CFD etc) while injecting innovation through optimisation and AI technologies. Performance of the various components and resulting system can be optimised, while machine learning can be deployed to create accurate surrogate models (e.g. batteries) to accelerate simulation times, all delivered to the timescales demanded by the design process.
UNIQUE AGENDA SHOWCASING NEW ADVANCE IN SIMULATION TECHNOLOGY
The strong agenda of the event has been curated to illustrate how Altair and our customers are pushing simulation technology to deliver Next Generation products that are cost-effectively developed and contain high levels of product differentiation.
The battery session commences with a demystification of cell modelling and the utilization of various simulation environments (i.e. 1D to 3D) to rapidly develop and optimise a complete battery pack. This requires the simulation of complex multi-physics behaviour including the incorporation of the Battery Management System. The gears session showcase’s gear / e-motors coupling to assess Noise and Vibration together with how the efficiency of oiling strategies can be assessed. Finally, the electric motor session will demonstrate how motor configurations can be optimized for electromagnetic and structural performance attributes.
Featuring presentations from:
