Airbag Modelling using the Corpuscular Particle Method (CPM) in LS-DYNA (on-demand)

  • Fri 1st Aug 2025
  • On-demand
  • 4 Hours / GMT
  • £800

We are now offering the Airbag Modelling using the Corpuscular Particle Method (CPM) in LS-DYNA course as an on-demand training session. This will last 4.5 hours and will cover the following topics:

  • Module 1: Theory & Basic keywords –  1hr 15min
  • Module 2: Vents, Control etc. & Advanced –  1hr 42min
  • Module 3: Fabric & Inflators – 1hr 20min
  • Q&A up to 60 minutes

The training package includes a printed copy of the course notes to enable you to take notes as you watch each module video.

The on-demand format can be scheduled on your preferred time and date. The module videos will be available to view for 1 week.

As part of the on-demand training we offer an MS Teams call with the expert trainer after the training materials have been viewed.  This will give you a chance to discuss the topic and ask any questions. In periods of high demand this Q&A session may be open to additional trainees.

Developed from many years of client support, this comprehensive course includes the latest developments in LS-DYNA. Numerical theory is introduced but the focus of the course is on getting the right input for the best results. The first sessions introduce how CPM works, basic input and advanced settings i.e. venting. The later sessions cover inflators, fabric and folding.

  • Airbag modelling using *AIRBAG PARTICLE
  • Generating inflator gas input data
  • MAT FABRIC for use with *AIRBAG PARTICLE
  • Example CPM models

The course is for those involved in airbag simulation. The content is appropriate for users of all experience levels. It’s best suited to engineers familiar with airbag basics and control volume modelling techniques.

Please note attendance is limited to our Oasys customers.

The course notes are comprehensive and provide a useful manual for future reference. Realistic example models are also provided creating a valuable package for all attendees.

N/A

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

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