CAE-Solutions - Evaluation of the New Generation of Bumper Foam Stiffness on Pedestrian Injury

Evaluation of the New Generation of Bumper Foam Stiffness on Pedestrian Injury

Post by: Javad Mehrmashhadi

09/06/2015

1595 views

In this project, a new generation of foam has been used in Paykan bumper to evaluate the pedestrian injury.

A standing LSTC dummy has been developed and impacted by the foam with an initial vehicle velocity. A MAT_BLATZ-KO_FOAM material model has been employed for the analysis.

Last modified on 18/06/2015

Share this article

About Author

Javad Mehrmashhadi

Javad Mehrmashhadi is the owner of CAE-Solutions.

Latest Simulations

cache/resized/fd3df9be4f4655648bcbab5d820bff94.jpg

Waterjet cutting simulation using ALE simulation

11/06/2015 0 comment

In this research project, a deep hole was created in a piece work using water and abrasive material inside it. The ALE algorithm has been employed ...

Spiral Forming Simulation

09/06/2015 0 comment
Forging Simulation

09/06/2015 0 comment

cache/resized/b386bff73369d452ad2f7ad1d5384493.jpg

Investigation of Tsunami Force on Superstructure Using Explicit Code

11/06/2015 0 comment

The amount of tsunami forces on large intercity bridges is investigated in this project. LS-Dyna explicit code has been employed for this research.

Explicit Impact Simulation of Concrete Confined With a Network of Rebar Steel

09/06/2015 0 comment
Study on Different Soil Explosion Resistance

09/06/2015 0 comment

cache/resized/cd30d866ba0c8c94386d3dce48711645.jpg

Design and analyze a wind damper for space shuttle

04/06/2015 0 comment

In this project, a single-point mechanism was theoretically designed and checked its functionality in MSC.ADAMS in order to damp the wind forces in ...