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Experimental Results of a Residential House Fire Test on Tenability: Temperature,Smoke, and Gas Analyses
Authors:Robert J. Crewe Ph.D.  Anna A. Stec Ph.D.  Richard G. Walker B.Sc.  John E. A. Shaw Ph.D.  T. Richard Hull Ph.D.  Jennifer Rhodes Ph.D.  Tamar Garcia‐Sorribes B.Sc.
Affiliation:1. Centre for Fire and Hazards Science, University of Central Lancashire, , Preston PR1 2HE, U.K;2. West Midlands Fire Service, , Birmingham B7 4HW, U.K;3. Tyco Fire Protection Products, Security House, The Summit, , Hanworth Road Sunbury‐on‐Thames TW16 5DB, U.K
Abstract:A fire experiment conducted in a British 1950s‐style house is described. Measurements of temperature, smoke, CO, CO2, and O2 were taken in the Lounge, stairwell, and front and back bedrooms. The front bedroom door was wedged open, while the door to the back bedroom was wedged closed. Contrary to expectations and despite the relatively small fire load, analysis and hazard calculations show permeation of toxic fire gases throughout the property with lethal concentrations of effluent being measured at each sampling point. A generally poor state of repair and missing carpets in the upper story contributed to a high degree of gas and smoke permeation. The available egress time was calculated as the time before the main escape route became impassable. Given known human responses to fire, such an incident could have caused fatalities to sleeping or otherwise immobile occupants.
Keywords:forensic science  fire  domestic house fire  toxicity  carbon monoxide  hydrogen cyanide  smoke inhalation injury
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