Battery Safety Regulation Load Cases using Ansys LS-DYNA Implicit
- Wed 19th Nov 2025
- Online
- GMT
- Free
Hosted by:
- Simon Hart
Webinar description
As the shift to electrification accelerates, vehicle design and testing are becoming increasingly complex. Battery systems introduce new safety, durability, and thermal challenges โ often requiring multiple solvers and tools.
In this session, learn how Ansys LS-DYNA brings everything together within one model and one format, simplifying simulation and reducing delays. Discover how Oasys LS-DYNA Environment software, enhances LS-DYNA workflows for faster model creation, post-processing, and automated reporting.
Arupโs expert will also discuss how simulation helps automotive and battery manufacturers meet evolving safety regulations for electric vehicles.
Key Highlights:
- The impact of electrification on vehicle design and analysis
- Safety regulations for EV battery systems
- How LS-DYNA supports battery safety and durability studies
- Using the Implicit Solver for thermal and fatigue analysis
- Streamlining workflows with Oasys tools
- Future applications and new horizons
Speaker – Simon Hart
Simon leads the Product Engineering Practice in Arupโs Technical Specialist Services Portfolio (UKIMEA). He has 30 years of experience in the use of Computer Aided Engineering in vehicle design and leads teams of engineers working on new electric vehicle projects.
Simon works closely with the Oasys LS-DYNA Environment software business and provides a link between the development of digital products and their application on engineering projects.
Watch back here:
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