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Front Airbag Deployment Rates in Real-World Car Accidents in Japan and Implications for Activation of Accident Emergency Calling System
Technical Paper
2018-22-0011
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English
Abstract
Accident emergency calling systems (AECSs) are signaled by the deployment of airbags, which causes them to automatically emit information providing the location of the accident site to a public service answering party (PSAP). In some real-world accidents, airbags have failed to deploy. This study clarifies the factors that influence the nondeployment of front airbags in vehicle-vehicle collisions, investigating nondeployment of the driver-side front airbags in sedans and light passenger cars (LPCs) from Japanese accident data. The component rates of deployment for front airbags tend to be higher than those of nondeployment at higher values of pseudo-ΔV in vehicle-vehicle frontal impacts. For both sedans and LPCs, the transition zones between nondeployment and deployment of the front airbag occur at pseudo-ΔV values of 30-50 km/h (ΔV ≈ 21-35 km/h). For mutual impact locations where sedans and LPCs impact opponent vehicles at pseudo-ΔV ≥ 40 km/h (ΔV ≈ 28 km/h) in frontal impacts, the component rate of front airbag nondeployment is higher than that of deployment in right-to-right impacts. The results indicate that factors influencing front airbag nondeployment in vehicle-vehicle collisions are ΔV, impact offset configuration, and crossing angle. Considering front airbag nondeployment in real-world accidents, AECSs should have other functions, such as a manual button, to emit information in addition to automatic emission via airbag signaling.
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Matsui, Y. and Oikawa, S., "Front Airbag Deployment Rates in Real-World Car Accidents in Japan and Implications for Activation of Accident Emergency Calling System," SAE Technical Paper 2018-22-0011, 2018, https://doi.org/10.4271/2018-22-0011.Data Sets - Support Documents
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References
- Augenstein , J. , Digges , K. , Ogata , S. , Perdeck , E. , and Stratton , J. 2001 Development and validation of the urgency algorithm to predict compelling injuries Proc. 17th International Technical Conference on Enhanced Safety of Vehicles NHTSA, Washington, DC
- Clark , E.D. , and Cushing , M.B. 2002 Predicted effect of automatic crash notification on traffic mortality Accident Analysis & Prevention 34 507 513
- Evanco , M.W. 1999 The potential impact of rural mayday systems on vehicular crash fatalities Accident Analysis & Prevention 31 455 462
- Gabler , H. , and Hinch , J. 2008 Evaluation of advanced air bag deployment algorithm performance using event data recorders Proc. 52nd Annual Conference of the Association for the Advancement of Automotive Medicine 175 184
- Hussain A. , Hannan M.A. , Mohamed A. , Sanusi H. , and Ariffin A.K. 2006 Vehicle crash analysis for airbag deployment decision International Journal of Automotive Technology 7 2 179 185
- ITARDA 2018
- Japan Cabinet Office 2016 Traffic safety master plan for a zero-traffic-accident society Meeting on Central Traffic Safety Measures
- JATO Dynamics Limited 2017 http://www.jato.com/wp-content/uploads/2017/05/SideAirbag_Report.pdf
- Kanianthra , J. , Carter , A. , and Preziotti , G. 2000 Field operational test results of an automated collision notification system SAE 2000 World Congress & Exposition Detroit
- Kirk , A. , Frampton , R. , and Thomas , P. 2002 An evaluation of airbag benefits/disbenefits in European vehicles: A combined statistical and case study approach International IRCOBI Conference on the Biomechanics of Impact
- Komaki , H. , Kuroda , S. , Nioka , T. , Konishi , H. , and Wakamoto , M. 1993 Development of the electronic “safing” system for airbag ECUs Fujitsu Ten Technical Report 22 2 21 30
- Matsui , Y. , Kubota , M. , and Oikawa , S. 2018 Similarity of the measured NIC of a BioRID II dummy in car-to-car rear end impact and sled experiments International Journal of Automotive Technology 19 1 77 83
- MCFRS 2015 Vehicle safety MCFRS Driver Certification Program. Rescue Squad Module 12
- Saruwatari , H. , and Yoshida , S. 2011 Research for improve accuracy of crash velocity and Δ V of frontal and rear crash JAMA-ITARDA collaboration study report.
- UN Economic Commission for Europe 2017
- UNECE 2016
- United Nations Economic and Social Council 2017 Proposal for new regulation on accident emergency call systems