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Evaluation of dummy behavior during low severity rear impact

H.J. Cappon, Mat M.G.M. Philippens, Michiel R. van Ratingen, Jac S. H. M. Wismans

Open publisher page 9 citations

Abstract

Given the serious consequences of neck injuries resulting from rear-end collisions, this collision type has gained much attention lately. The low g loading levels and diffuse injuries require a crash dummy with an improved response compared to the available crash dummies.In the EC sponsored 'Whiplash' program several sled tests with human subjects were performed, which can be used to evaluate dummies for low and mid severity rear-end collision testing. This paper shows the responses of the human subjects and compares the Hybrid III dummy with these responses. The Hybrid III dummy response was not found to be very biofidelic, resulting in the design of a new rear impact dummy: the RID2. Initial testing with the RID2-aprototype neck showed more human-like responses.

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What this paper is about

Given the serious consequences of neck injuries resulting from rear-end collisions, this collision type has gained much attention lately. The low g loading levels and diffuse injuries require a crash dummy with an improved response compared to the available crash dummies.In the EC sponsored 'Whiplash' program several sled tests with human subjects were performed, which can be used to evaluate dummies for low and mid severity rear-end collision testing. This paper shows the responses of the human subjects and compares the Hybrid III dummy with these responses. The Hybrid III dummy response was not found to be very biofidelic, resulting in the design of a new rear impact dummy: the RID2. Initial testing with the RID2-aprototype neck showed more human-like responses.

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OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Given the serious consequences of neck injuries resulting from rear-end collisions, this collision type has gained much attention lately. The low g loading levels and diffuse injuries require a crash dummy with an improved response compared to the available crash dummies.In the EC sponsored 'Whiplash' program several sled tests with human subjects were performed, which can be used to evaluate dummies for low and mid severity rear-end collision testing. This paper shows the responses of the human subjects and compares the Hybrid III dummy with these responses. The Hybrid III dummy response was not found to be very biofidelic, resulting in the design of a new rear impact dummy: the RID2. Initial testing with the RID2-aprototype neck showed more human-like responses.

Key concepts: Whiplash, Hybrid III, Crash, Neck injury, Crash test, Collision, Motor vehicle crash, Side impact

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