Webinar: EV Propulsion Systems: Composite Materials for Next Gen Mobility Applications by Gardner Business Media, Inc. Webinars

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About This Webinar

Now more than ever, electric vehicle (EV) mobility applications — from automotive to the new advanced air mobility (AAM) — face increasing market demands to achieve a sustainable, scalable and cost-effective future. Despite recent innovations within the market, choosing the right materials for propulsion systems — including thermal runaway management — remain a critical engineering challenge to create a lighter, higher-performance, energy-efficient vehicle.

In this webinar, Toray will examine common challenges seen in electric motors, battery enclosures and power distribution units (PDUs), using examples within these emerging electric transportation markets. It will also discuss composite material solutions demonstrated through customer success stories and cutting-edge trials.

With proven advanced composite solutions and support from an experienced global technical service expert network, industry leaders can achieve peak mechanical performance for innovative next-generation mobility applications from prototype to full-scale production assistance.

Presented by:

Agenda

Examine common challenges in propulsion systems as seen in EV mobility applications with electric motors, battery enclosures and PDUs
Discuss composite material solutions for propulsion systems demonstrated through customer success stories and cutting-edge research trials — including thermal runaway management for EV applications

Presenter

DeWayne Howell

Application Development and Field Technical Service Engineering Manager

A graduate of the University of Cincinnati with a degree in aerospace engineering, DeWayne has 38 years of experience in composite materials, structural design and analysis. The past 10 years of his career have been with Toray Advanced Composites. He is currently an application development engineering manager specializing in thermoplastic materials, part design, structural analysis and fabrication. His work history includes NASA, Northrop Grumman, CompositeTek and Fiberforge, DeWayne has authored 12 published technical papers and several design guides. He has developed, authored, marketed and sold CompositePro, a popular design and analysis software package for composite structures now known as Autodesk Helius Composite.

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