Live Webinar: Lithium-Ion Battery Safety & NDT Applications 101

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TFM Webinar

Learning Event: Webinar
Time: 1:00 PM - 2:00 PM (America/New York)
Date: Wednesday, 11 July 2024
Contact Hours: 1
IACET CEUs: 0.1
Valid for ASNT Level III recertification: Yes

Pricing:

  • Members: Free!
  • Nonmembers: $79

ASNT members receive member pricing on registration. To receive member pricing, you must join/renew prior to registering before a class.

From electric vehicles to cellphones, Lithium-Ion batteries are becoming a larger part of everyday life around the world. Understanding the dangers and safety aspects of handling these types of batteries isn't a major safety focus around the world - and we want to change that. Join us to take a deeper dive into what makes up Lithium-Ion batteries & real-world applications, so we can better understand the need for NDT and better safety practices.

After attending this presentation, attendees will: 

  • Understand the dangers associated with working with Lithium-Ion batteries.
  • Identify the warning signs of a malfunctioning or defective Lithium-Ion battery.
  • Apply safe handling and operational procedures when working with Lithium-Ion batteries.
  • Explore the role of the Non-Destructive Testing (NDT) industry in the inspection and maintenance of Lithium-Ion batteries.

Bob Stakenborghs Headshot

Grace Pharo graduated from the University of Cincinnati in 2018 with a Bachelor’s degree in Mechanical Engineering Technology. She started her career in the 3D CAD design world which included Aerospace tooling design, injection molding design & becoming a Solid Edge Application Engineer. She started working at Waygate Technologies as a CT Application Engineer in 2021 and has been the Technology Battery Lead for North America since 2022.
Bob Stakenborghs Headshot

Richard Hollenbach is a Senior Engineer within Thermal Sciences at Exponent Consulting. Dr. Hollenbach utilizes his aptitude in mechanical engineering to provide technical consulting involving thermal-fluid systems, aeroelasticity, aerodynamics, vibrations, fluid-structure interaction, and turbomachinery. He applies the fundamentals of mechanics, aerospace engineering, physics, and mathematical modeling to investigate performance and failures within thermal and fluid systems. He has performed inspections ranging in size from residential to large-scale industrial facilities and processes, written reports for both domestic litigation and international arbitrations, and conducted both experimental and computational analyses for a variety of projects.

Questions? Contact the Education Department at education@asnt.org

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