Fire Safety of Passenger Trains: A Review of U.S. and Foreign Approaches
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1993-12-01
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Edition:Final Report March 1993-November 1993
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Abstract:could develop into potentially life-threatening events. Fire safety is an area of particular interest for both
conventional intercity and commuter trains, as well as new alternative high-speed train technologies. These
technologies include steel-wheel-on-rail and magnetic levitation (maglev) systems.
In 1989, the Federal Railroad Administration (FRA) published fire safety guidelines which address the fIamiability and
smoke characteristics of materials used in intercity and commuter passenger cars.
Recent advances in fire test methods and hazard analysis techniques necessitate re-examination of fire safety
requirements for passenger trains. Several studies have indicated almost random ability of current tests to predict
actual fire behavior. Fire safety in any application, including transportation systems, requires a multi-faceted
systems approach. The effects of vehicle design, material controls, detection and suppression systems, and emergency
egress/access on the overall fire safety of the particular transportation system must all be considered.
This report presents a detailed comparison of fire safety approaches used for passenger trains in the United States,
France, and Germany. Strengths and weaknesses of current methods for measuring the fire performance of rail
transportation systems are presented. An optimum systems approach to fire safety which addresses typical passenger
train fire scenarios is analyzed.
A major conclusion is that fire hazard and fire risk assessment methods supported by measurement methods based on heat
release rate (HRR) provide a means to better predict real world fire behavior.
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