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Battery Regulatory Load Cases Using Ansys LS-DYNA Implicit

  • On-demand
  • 8 Hours / GMT

This training course will provide comprehensive guidance on using Ansys LS-DYNA Implicit Solver to simulate regulatory battery safety load cases.

Course outline:

Simulating regulatory battery safety tests is essential for designing battery systems. Some of the global regulatory requirements for battery safety, such as impact and shock cases, fall neatly within LS-DYNA’s core explicit capabilities. The focus of this course will be on LS-DYNA’s implicit and multi-physics capabilities to analyse other mechanical and thermal load cases.
This course will provide guidance on assessing battery system mechanical integrity, with a focus on using LS-DYNA’s implicit thermal and frequency domain solvers for cases such as vibration fatigue and thermal shock.
The course will use a mixture of presentation and workshop examples.

Course content:

  • Global regulations for battery safety
  • Ansys LS-DYNA capabilities for simulating battery regulatory load cases
  • Modelling battery systems
  • Analysing thermal shock tests using a coupled thermo-mechanical implicit analysis
  • Analysing mechanical vibration tests using the frequency domain solver
  • Oasys tools available to support battery analysis

For who?

This course is recommended for anyone who has experience with LS-DYNA explicit analysis and who would like to learn more about the implicit solver capabilities.

Course Fees:

Please contact us if you are interested in this training.

Relevant Products

  • Oasys PRIMER
  • Ansys LS-DYNA
  • Oasys D3PLOT
  • Oasys T/HIS

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