Crash Worthiness Analysis using HyperMesh and Radioss

Rs 30,000

View Demo Enroll


Top 5% of the class will get a merit certificate. Course completion certificate will be provided to all students who complete the course. You will receive both e-verified and hard copy of your certificates.


Software that you will learn


Industry standard software package for pre-processing large and complex geometries. With HyperMesh, one can create ready-to-solve computational models for Finite Element Analysis.



Industry standard software package for setting up virtual crash test analysis.



Industry standard FEA solver for crash test analysis and much more.


HyperGraph and HyperView

Post processing tools

Job Opportunities


Companies in India that look for similar skill sets

Click here to get a list of companies that you can apply after finishing this course.

What will you learn each week?

Crash worthiness

In this module you will learn about the history of crash worthiness and why it is needed. We will primarily focus on the following aspects:

  • Cost savings from virtual crash test analysis
  • Current requirements for crash test
  • Mathematics behind vehicle crashes
  • Numerical techniques used for virtual crash test analysis

Crash worthiness life cycle

Through this module, you will gain familiarity of the following key steps that are involved in the work flow that the safety analysis team:

  • Validated detail shell FRM from previous development cycle
  • Crash pulse and Intrusion
  • Validated MADYMO Occupant model
  • MADYMO Model Occupant Response

Safety Development Cycle in OEM

In this module you will learn about the safety concepts that are applied to simulate the following components:

  • UPV - Upper vehicle
  • UNV - Underbody
  • BIW - Body In White

US/EU/AU/JP Protocols

In this module, you will learn the virtual test procedure for the following tests:

  • Full Width Frontal
  • Fontal Offset
  • Rear Impact
  • Side Impact
  • Side Pole Impact
  • Roof Crush
  • Head Impact
  • Pedestrian Impact


Load path analysis

You will perform Virtual Analysis to determine the "Crash Load Paths" in a passenger car.



  • Geometry pre-processing
  • Mesh creation
  • Mesh quality and diagnostics


  • Mesh editing
    • Learn how to modify single or multiple parts, within, HyperCrash by launching HyperMesh
  • Setup crash conditions using the Safety Tools Module
    • Dummy positioning
    • Routing the seat belt
    • Seat deformation
    • Airbag folding and deploying toolset
  • Contact modelling
  • Initial and Bounday conditions
  • Manage mass and intertia peroperties of each and every part

Hypergraph and Hyperview

  • Extract key information from the simulation
    • You will be using Plot Builder to create annotated plots directly from engineering simulation.
    • Hyperview provides the flexibility to perform Curve fitting, Eigen system analysis, Injury functions and user defined math functions
  • Compare simulation results with experimental data
    • With Hyperview, you can create deformation plots and animations
    • We will be post processing the data that we generate through Radioss