Analysis of the Effect of Different Helmet Types and Conditions in Two Real-world Accident Scenarios with a Human Body Model

Publikation: KonferenzbeitragPaper

Abstract

In the current study, head impacts from real-world moped crashes were analysed to evaluate the influence on injury outcome of different helmet geometries and unfastened chinstraps in primary and ground impacts. Finite element simulations of real-world moped to car crashes were conducted based on technical reports providing initial conditions for two crash scenarios. Finite element helmet models of a full-face and a motocross helmet were generated and validated on the basis of drop test data. The THUMS v4 was equipped with the different helmets and positioned on a moped model. In a parameter study, the influence of helmet type and unfastened chinstrap was evaluated in primary and ground impacts.
The analysis of the different helmet types showed increased neck loadings and relative displacements between head and helmet due to the lever effect of the protruding chinguard of the motocross helmet. All simulations involving a loose chinstrap resulted in helmet loss, consequently leading to increasing the head injury severity in the ground impact.
Both helmet models correlated sufficiently with the reference to drop test data. The parameter study on helmet geometry as well as chinstrap conditions revealed that these factors influence the injury outcome.
Originalspracheenglisch
Seiten1 - 26
PublikationsstatusVeröffentlicht - 2020
VeranstaltungInternational Research Council on the Biomechanics of Injury 2020 - Online, Virtuell, Deutschland
Dauer: 9 Sep 20209 Sep 2020
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Konferenz

KonferenzInternational Research Council on the Biomechanics of Injury 2020
KurztitelIRCOBI Conference 2020
LandDeutschland
OrtVirtuell
Zeitraum9/09/209/09/20
Internetadresse

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    Kofler, D., Tomasch, E., Spitzer, P., & Klug, C. (2020). Analysis of the Effect of Different Helmet Types and Conditions in Two Real-world Accident Scenarios with a Human Body Model. 1 - 26. Beitrag in International Research Council on the Biomechanics of Injury 2020, Virtuell, Deutschland.