RI 8450 Behavior of Wood Fires in Model Tunnels Under Forced Ventilation Flow - Tests With Untreated Wood

The National Institute for Occupational Safety and Health (NIOSH)
C. K. Lee
Organization:
The National Institute for Occupational Safety and Health (NIOSH)
Pages:
63
File Size:
4846 KB
Publication Date:
Jan 1, 1980

Abstract

This Bureau of Mines report presents results from experimental studies on wood fires in a laboratory-scale tunnel network. Experimental measurements include ignition delay time, flame spread rate, ventilation air and gas flow rates, wood temperature, gas temperature, pressure and composition, thermal flux, and smoke particulates. These measurements form a data base for fire-scaling studies and provide information on various fire processes, such as flow interaction between ventilation air and fire, fire throttling and reverse flow, and duct fire energetics. Results show how hazards of duct fires relate to the development of (1) asphyxiating and toxic fumes, (2) explosive gas mixtures, (3) throttling of ventilation air, and (4) high-temperature combustion products. Such fire hazards should be carefully considered when testing flammabilities of materials used in a confined underground mine environment.
Citation

APA: C. K. Lee  (1980)  RI 8450 Behavior of Wood Fires in Model Tunnels Under Forced Ventilation Flow - Tests With Untreated Wood

MLA: C. K. Lee RI 8450 Behavior of Wood Fires in Model Tunnels Under Forced Ventilation Flow - Tests With Untreated Wood. The National Institute for Occupational Safety and Health (NIOSH), 1980.

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