Development of BioRID II Dummy Model using Stochastic Methods
Consumer and insurance organizations use the BioRID II dummy as test device to assess the risk of whiplash injuries in rear crash scenarios. DYNAmore GmbH developed a finite element model for LS-DYNA of the BioRID II dummy in cooperation with the German Automotive Industry (FAT). The project follows the updated development guidelines of successfully developed models for the FAT in previous projects. This paper describes the applied development methodology, modeling techniques and the current model. Due to significant pre-stress in the dummy and other new features the modeling requires LS-DYNA 971. An outline of the good performance of the model release 2.0 in various validation tests is presented. The paper concludes with results from robustness investigations performed with LS-OPT.
https://www.dynalook.com/conferences/european-conf-2007/development-of-biorid-ii-dummy-model-using.pdf/view
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Development of BioRID II Dummy Model using Stochastic Methods
Consumer and insurance organizations use the BioRID II dummy as test device to assess the risk of whiplash injuries in rear crash scenarios. DYNAmore GmbH developed a finite element model for LS-DYNA of the BioRID II dummy in cooperation with the German Automotive Industry (FAT). The project follows the updated development guidelines of successfully developed models for the FAT in previous projects. This paper describes the applied development methodology, modeling techniques and the current model. Due to significant pre-stress in the dummy and other new features the modeling requires LS-DYNA 971. An outline of the good performance of the model release 2.0 in various validation tests is presented. The paper concludes with results from robustness investigations performed with LS-OPT.
5.1.3.pdf
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