199816th International Technical Conference on the Enhanced Safety of VehiclesNational Highway Traffic Safety AdministrationTransport CanadaTransport CanadaRequires access

THE EFFECT OF AIRBAGS ON INJURIES AND ACCIDENT COSTS

Klaus Langwieder, Thomas Hummel, D Anselm

Open publisher page 6 citations

Abstract

Earlier studies carried out by the GDV clearly confirmed the protective action of the front as a restraint system in addition to the three-point seat belt - primarily for the driver. The present paper focuses in particular with airbag problems, i.e. injuries caused by the airbag, airbag activation while the vehicle is stopped, airbag activation while driving and no activation despite high accident severity. The last problem cases involved traffic fatalities. Moreover, the topic of airbag and the cost of repair work is also discussed. The problem cases that are described in this paper demonstrate that the itself, its components, its activation behavior, its activation threshold and the activation safety must still be optimized. Raising the activation threshold to approx. 25-30 km/h, i.e. coordinating the activation threshold to the belted passengers, would not only reduce the danger of injury caused by the itself, but would also lead to a reduction of the costs for repair work. For the covering abstract see IRRD E102514.

About this research paper

What this paper is about

Earlier studies carried out by the GDV clearly confirmed the protective action of the front as a restraint system in addition to the three-point seat belt - primarily for the driver. The present paper focuses in particular with airbag problems, i.e. injuries caused by the airbag, airbag activation while the vehicle is stopped, airbag activation while driving and no activation despite high accident severity. The last problem cases involved traffic fatalities. Moreover, the topic of airbag and the cost of repair work is also discussed. The problem cases that are described in this paper demonstrate that the itself, its components, its activation behavior, its activation threshold and the activation safety must still be optimized. Raising the activation threshold to approx. 25-30 km/h, i.e. coordinating the activation threshold to the belted passengers, would not only reduce the danger of injury caused by the itself, but would also lead to a reduction of the costs for repair work. For the covering abstract see IRRD E102514.

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OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Earlier studies carried out by the GDV clearly confirmed the protective action of the front as a restraint system in addition to the three-point seat belt - primarily for the driver. The present paper focuses in particular with airbag problems, i.e. injuries caused by the airbag, airbag activation while the vehicle is stopped, airbag activation while driving and no activation despite high accident severity. The last problem cases involved traffic fatalities. Moreover, the topic of airbag and the cost of repair work is also discussed. The problem cases that are described in this paper demonstrate that the itself, its components, its activation behavior, its activation threshold and the activation safety must still be optimized. Raising the activation threshold to approx. 25-30 km/h, i.e. coordinating the activation threshold to the belted passengers, would not only reduce the danger of injury caused by the itself, but would also lead to a reduction of the costs for repair work. For the covering abstract see IRRD E102514.

Key concepts: Airbag, Automotive engineering, Work (physics), Traffic accident, Seat belt, Forensic engineering, Engineering, Mechanical engineering

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