Sensitivity Analysis of a FE Model for Motorcycle-Car Full-Scale Crash Test

Daniele Barbani; Niccolò Baldanzini; Marco Pierini

doi:10.4271/2014-32-0023

In the study of new solutions for motorcycle passive safety, FE models of full-scale crash tests play a strategic role. The most important issue in the development process of FE models is their reliability to reproduce real crash tests.

To help the engineering in the validation phase, a sensitivity analysis of a FE model for motorcycle-car crash tests is carried-out. The aim of this study is to investigate the model response subjected to variations of specific input parameters.

The DOE is performed generating a list of simulations (each one composed by a unique combination of 8 parameters) through Latin Hypercube Sampling. The outputs monitored are the Head Injury Criterion (HIC) and Neck Injury Criteria (Nij).

The analysis of the results is performed using scatter plots and linear regression curves to identify the parameters that have major impact on the outputs and to assess the type of dependency (linear or non-linear).

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Sensitivity Analysis of a FE Model for Motorcycle-Car Full-Scale Crash Test 2014-32-0023

SAE MOBILUS