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This guide describes a medium-sized application of the Hierarchical Control System Emulation (HCSE) which was modeled after certain aspects of the National
A review is made of studies in which full-scale fire growth was compared with laboratory test data on materials. Both room and corridor fires are included in
Jim G. Quintiere, M M. Birky, F Mcdonald, Gabriel L. Smith
A review was made of smoldering fire experiments conducted in closed room and buildings. The results were summarized by tabulating maximum levels of CO, the
This paper describes a computer program developed to analyze systems intended to control smoke in building fires. These systems include pressurized stairwells
The results of an analysis of fire causal factors in over 1600 fire fatalities are presented. The primary emphasis is on the identification of fire causes
B C. Levin, A J. Fowell, M M. Birky, M Paabo, A Stolte, D Malek
This report describes the development of a test method for the assessment of acute inhalation toxicity of combustion products of materials. The procedure is
A series of 10 load-bearing, wood-and steel-framed residential floors was evaluated for structural fire resistance in a fire endurance furnace. Nine wood-frame
The oxygen consumption technique is emerging as a powerful tool for determing the heat release rate in a number of diverse fire test applications, including
The rates of heat release and smoke development from a fire in a typical prison cell configuration were examined under four doorway ventilation conditions. Peak
A series of full-scale tests were conducted to evaluate smoke movement through a suspended ceiling and into an interstitial space of a hospital type facility. A
Measurments of the vertical component of velocity in buoyant diffusion flames from extended sources by both cross-correlation and pressure proble techniques