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Summary of Recent Research in Crash-Induced Vehicle Fire Safety
Technical Paper
2006-01-0551
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
The research reported in this paper is a follow-on to a five year research program conducted by General Motors in accordance with an administrative Settlement Agreement reached with the US Department of Transportation. This paper is the fourth in a series of technical papers intended to disseminate the results of the ongoing research [Digges 2003, 2004, 2005]. This paper summarizes progress in several of the projects dealing with underhood fires and testing of a hydrogen fuel tank.
Calorimeter tests of underhood materials found a wide range of flammability for the structural plastics as well as the underhood sound insulation. Calorimeter tests of underhood fluids (lubricants and hydraulic fluid) showed that their flash points were less than 188°C and the minimum temperature of a hot surface to cause ignition was less than 325°C. Tests of four different vehicles to determine the exhaust manifold operating temperatures found a range between 241°C and 550°C. Analysis of state accident data indicated that pickups of the same model had higher fire rates when equipped with V-8 engines, compared to inline six engines.
A FMVSS-304-like bonfire test of a 5000 psi type 4 composite hydrogen tank documented the mechanical and chemical energy released when a tank bursts. Overpressures were large and this experiment demonstrated that the pressure relief device must work with very high reliability.
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Authors
Topic
Citation
Digges, K. and Stephenson, R., "Summary of Recent Research in Crash-Induced Vehicle Fire Safety," SAE Technical Paper 2006-01-0551, 2006, https://doi.org/10.4271/2006-01-0551.Also In
References
- Bahouth, J. Kusnestov, A. “Automotive and Fire Safety Research” The George Washington University January 2005 www.mvfri.org
- Dey, W. “Conductivity Measurements for New Engine Compartment Fluids,” Chilworth Technology, Inc. May 2004 www.mvfri.org
- Digges, K.H. Stephenson, R.R. Bedewi, P.G. “Fire Safety Performance of Motor Vehicles in Crashes,” 18th International Technical Conference on the Enhanced Safety of Vehicles May 2003 Nagoya, Japan
- Digges, K.H. Stephenson, R.R. Bedewi, P.G. “A Research Program in Crash-Induced Fire Safety,” 2004 SAE World Congress March 2004 SAE Paper 2004-01-0475 Detroit, Michigan
- Digges, K.H. Stephenson, R.R. Bedewi, P.G. “Research Programs in Crash-Induced Fire Safety,” 2005 SAE World Congress April 2005 SAE Paper 2005-01-1425 Detroit, Michigan
- Fell, J. Pacific Institute for Research and Evaluation, Interim Report to MVFRI on FARS Missing Data November 2004
- Fournier, E. Kot, J. Sullivan, D. “Assessment of Fuel System Technology Use in 2003 Model Year Vehicles SAE paper 2005-01-1423 April 2005
- Fournier, E. Keown, M. “Survey of the State-Of-The-Art in Fuel System Fire Safety - Phase 4,” Motor Vehicle Fire Research Institute Biokinetics and Associates, Ltd. December 2004 www.mvfri.org
- Fournier, E. Bain, T. “Underhood Temperature Measurements of Four Vehicles” Biokinetics Report R04-13 September 2004 www.mvfri.org
- Fournier, E. Bain, T. “Cone Calorimeter Testing of Under Hood Insulation” Biokinetics Report R05-13b August 2005 www.mvfri.org
- Friedman, Keith Holloway, Elizabeth Kenny, Timothy A. “Final Report, Impact Induced Fires & Fuel Leakage: Statistical Analysis of FARS and State Data Files (1978-2001)” Friedman Research Corporation July 2003 www.mvfri.org
- Friedman, Keith Holloway, Elizabeth Kenny, Timothy A. “Impact Induced Fires: Statistical Analysis of FARS and State Data Files (1978-2001)” SAE paper 2005-01-1421 April 2005
- Griffith, A. Leigh Janssens, Marc L. Wilson, Keith R. “Evaluation of Smoke Toxicity of Automotive Materials According to Standard Small-Scale Test Procedures” SAE paper 2005-01-1558 April 2005
- Griffith, J. Machado, C. Bendele, B “Comparative Evaluation of Automotive Fuel Tanks in General Accordance with ECE R34.01, Annex 5 Section 5.0 “Resistance to Fire,” SAE paper 2005-01-1561 April 2005
- Gunderson, J. di Marzo, M. “Feasibility Study for a Vehicle Under Hood Nitrogen Foam Fire Suppression System,” SAE paper 2005-01-1789 April 2005
- Gunderson, J. di Marzo, M “Nitrogen Fire Suppression System for Automobile Under-Hood Post-Collision Fire Protection,” University of Maryland November 2004 www.mvfri.org
- Lyon, R. Walters, R. “Flammability of Automotive Plastics” August 2005 www.mvfri.org
- Shields, L. “Emergency Rescue in Motor Vehicle Crashes: Literature Search and Resource Summary” January 2004 www.mvfri.org
- Stimitz, J. Wagner, R. “Two Test Methodologies for Evaluating the Resistance to Electrical Arcing Properties of Polymeric Materials for use in Automotive 42 V Applications,” SAE 2004-01-1722 March 2004
- Tewarson, A. Quintiere, J. Purser, D. “Fire Behavior of Materials in Vehicle Crash Fires and Survivability of the Passengers” SAE paper 2005-01-1555 April 2005
- Tewarson, A. “Thermophysical and Fire Properties of Engine Compartment Fluids” SAE paper 2005-01-1560 April 2005
- Tewarson, A. Quintiere, J. Purser, J. “Post Collision Motor Vehicle Fires.” FM Global Technical Report 0003018009 I October 2005 www.mvfri.org
- Tewarson, A. Quintiere, J. Purser, J. “Theory and Testing for the Fire Behavior of Materials for the Transportation Industry” FM Global Technical Report #0003018009 II October 2005 www.mvfri.org
- Tewarson, A. Quintiere, J. Purser, J. “Thermophysical and Fire Properties of Automobile Plastic Parts and Engine Compartment Fluids” FM Global Technical Report #0003018009 III October 2005 www.mvfri.org
- Wagner, R. Stimitz, J “Properties of Plastic Materials for Use in Automotive Applications: Study of Arc Track Properties of Plastic Materials when subjected to DC Voltages Ranging from 12 V DC - 150 V DC,” Underwriters Laboratory December 15 2003 www.mvfri.org
- Weyandt, N. “Analysis of Induced Catastrophic Failure of a 5000 psig Type IV Hydrogen Cylinder,” SwRI February 2005 www.mvfri.org
- Zalosh, R. Weyandt, N. “Hydrogen Fuel Tank Fire Exposure Burst Test,” SAE paper 2005-01-1886 April 2005