Articulated total body ATB model simulation of a rollover accident with occupant ejection.

Auteur(s)
Cheng, H. Rizer, A.L. & Obergefell, L.A.
Jaar
Samenvatting

Computer simulations of occupant dynamics are ideal for conducting parametric studies evaluating injury countermeasures. A rollover accident was selected from the National Accident Sampling System (NASS) for simulation to validate the Articulated Total Body (ATB) model's capability to predict occupant dynamics during rollover accidents and to gain insight into injury mechanisms. Simulation of both the driver and the passenger occupants which may be used in future countermeasure studies were performed. In the selected accident, a pickup truck rolled multiple times, the belted driver had minor injuries, the unrestrained passenger was ejected with fatal injuries. The body properties for both occupants were obtained using the Generator of Body Data (GEBOD) program based on their weights, heights and sexes. The simulation successfully predicted the passenger's ejection and the driver's minimal impacts.

Publicatie aanvragen

2 + 0 =
Los deze eenvoudige rekenoefening op en voer het resultaat in. Bijvoorbeeld: voor 1+3, voer 4 in.

Publicatie

Bibliotheeknummer
C 5760 (In: C 5757) /80 /84 / IRRD 882393
Uitgave

In: Accident reconstruction : technology and animation V : papers presented at the International Congress and Exposition, Detroit, Michigan, February 27 - March 2, 1995, SAE technical paper 950134, p. 21-32, 12 ref.

Onze collectie

Deze publicatie behoort tot de overige publicaties die we naast de SWOV-publicaties in onze collectie hebben.