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EVALUATION OF THE DYNAMIC AND KINEMATIC PERFORMANCE OF THE THOR DUMMY: NECK PERFORMANCE

M.L.C. Hoofman, van Michiel Ratingen, Jshm Jac Wismans

Open publisher page 11 citations

Abstract

The objective of this study is to evaluate the frontal head-neck performance of the THOR neck with respect to the human frontal head-neck performance and the Hybrid-III frontal head-neck performance. For this purpose, tests were carried out with an isolated THOR and Hybrid-III-neck system on a HyGe sled. The acceleration applied to the dummy head-neck system is comparable to the T1 acceleration experienced by volunteers during testing at the Naval Biodynamics Laboratory in the 80-ties. The Hybrid-III and THOR neck response is compared with human neck response corridors. The study revealed that, although the THOR neck needs some further improvement, its response during frontal flexion is much more biofidelic than the Hybrid-III neck response.

About this research paper

What this paper is about

The objective of this study is to evaluate the frontal head-neck performance of the THOR neck with respect to the human frontal head-neck performance and the Hybrid-III frontal head-neck performance. For this purpose, tests were carried out with an isolated THOR and Hybrid-III-neck system on a HyGe sled. The acceleration applied to the dummy head-neck system is comparable to the T1 acceleration experienced by volunteers during testing at the Naval Biodynamics Laboratory in the 80-ties. The Hybrid-III and THOR neck response is compared with human neck response corridors. The study revealed that, although the THOR neck needs some further improvement, its response during frontal flexion is much more biofidelic than the Hybrid-III neck response.

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OpenAlex reports 11 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The objective of this study is to evaluate the frontal head-neck performance of the THOR neck with respect to the human frontal head-neck performance and the Hybrid-III frontal head-neck performance. For this purpose, tests were carried out with an isolated THOR and Hybrid-III-neck system on a HyGe sled. The acceleration applied to the dummy head-neck system is comparable to the T1 acceleration experienced by volunteers during testing at the Naval Biodynamics Laboratory in the 80-ties. The Hybrid-III and THOR neck response is compared with human neck response corridors. The study revealed that, although the THOR neck needs some further improvement, its response during frontal flexion is much more biofidelic than the Hybrid-III neck response.

Key concepts: Hybrid III, Head and neck, Medicine, Kinematics, Acceleration, Surgery, Poison control, Classical mechanics

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