36 research outputs found
Evaluation of human thorax FE model in various impact scenarios
The study focused on the validation of the 50
th
percentile male model — a detailed FE model of the thoracic segment
of the human body developed within project
Development of a Finite Element Model of the Human Thorax and
Upper Extremities
(THOMO) co-funded by the European Commission (7
th
Framework Programme). The model
response was tested in three impact scenarios: frontal, lateral and oblique. The resulting impactor contact force vs.
time and chest deflection vs. time responses were compared with experimental results. The strain profile of the 5th
rib was checked with lateral and oblique strain profiles from post-mortem human subject (PMHS) experiments.
The influence of heart and lungs on the mechanical response of the model was assessed and the material data
configuration, giving the most biofidelic thorax behaviour, was identified
Evaluation of human thorax FE model in various impact scenarios
The study focused on the validation of the 50th percentile male model — a detailed FE model of the thoracic segment of the human body developed within project Development of a Finite Element Model of the Human Thorax and Upper Extremities (THOMO) co-funded by the European Commission (7th Framework Programme). The model response was tested in three impact scenarios: frontal, lateral and oblique. The resulting impactor contact force vs. time and chest deflection vs. time responses were compared with experimental results. The strain profile of the 5th rib was checked with lateral and oblique strain profiles from post-mortem human subject (PMHS) experiments. The influence of heart and lungs on the mechanical response of the model was assessed and the material data configuration, giving the most biofidelic thorax behaviour, was identified