References
- Alpert , R. L. ( 1972 ). Calculation of response time of ceiling‐mounted fire detectors. Fire Technology , 8 , 181 .
- Alpert , R. L. ( 1975 ). Turbulent ceiling‐jet induced by large‐scale fires. Combustion Science and Technology , 11 , 197 .
- Cooper , L. Y. ( 1982 ). Convective heat transfer to ceilings above enclosure fires. Nineteenth Symposium (International) on Combustion , The Combustion Institute, Pittsburgh , Pennsylvania , pp. 933 – 939 .
- Cooper , L. Y. ( 1983 ). A buoyant source in the lower of two, homogeneous stably stratified layers—a problem of fire in an enclosure. , NBS1R 83‐2789 U.S. Department of Commerce, National Bureau of Standards, Washington . D.C. 20234 .
- Croce , P. A. , and Emmons , H. W , ( 1974 ). The large scale bedroom fire test, July 11, 1973. Technical Report , Serial No. 21011.RC 74–T–31.4 Factory Mutual Research Corporation, Norwood , Massachusetts 02062 .
- Evans , D. D. ( 1981 ). Characterizing the thermal response of Tusible‐link sprinklers. NBSIR , 81–2329, U.S. Department of Commerce. National Bureau of Standards, Washington , D.C. 20234 .
- Evans , D. D. ( 1983 a ). Plume flow in a two‐layer environment. The 21st National Heat Transfer Conference , Fire Dynamics and Heat Transfer HTD , Vol. 25 , American Society of Mechanical Engineers , New York , Book No. H00269, New York 10017.
- Evans , D. D. , ( 1983 b). Calculated fire plume characteristics in a two‐layer environment, NBSIR 83–2670, U.S. Department of Commerce , National Bureau of Standards, Washington , D.C. 20234.
- Heskeslad , G. ( 1975 ). Physical modeling of fire. J. Fire and Flnmmability , 6 , 253 .
- Heskestad , G. , and Smith , H. F. ( 1976 ). Investigation of a new sprinkler sensitivity approval test: the plunge test. Technical Report , Serial No. 22485, RC 76–T–50, Factory Mutual Research Corporation, Norwood , Massachusetts 02062,
- Heskestad , G. , and Delichatsios , M. A. ( 1977 ). Environments of fire detectors phase 1: Effects of fire size, ceiling height and material , Volumes 11—Analysis. Technical Report Serial No. 22427, RC 77–T–l 1, Factory Mutual Research Corporation, Norwood , Massachusetts 02062.
- Heskestad , G. , and Delichatsios , M. A. ( 1978 ). The initial convective flow in fire. Seventeenth Symposium (International) on Combustion , The Combustion Institute, Pittsburgh , Pennsylvania , pp. 1113 – 1123 .
- Heskestad , G. ( 1981 ). The sprinkler response time index (RT1). Paper (RC 81‐TP–3) presented at the Technical Conference on Residential Sprinkler Systems , Factory Mutual Research Corporation, Norwood , Massachusetts , April 28 – 29 , 1981.
- Mitler , H. , and Emmons , H. W. ( 1981 ). Documentation for CFC V, the firth Harvard Computer Fire Code. , NBS–GCR–81–344, U.S. Department of Commerce, National Bureau of Standards, Washington , D.C. 20234.
- Morton , B. R. , Taylor , G. , and Turner , J. S. ( 1956 ), Turbulent gravitational convection from maintained and instantaneous sources. Proc. Roy. Soc, Lond. , vA234, 1.
- NFPA ( 1984 ). Technical Committee Reports. 1984 Annual Meeting , TCR–84–A, National Fire Protection Association, Quincy Massachusetts , 02269 p. 545 .
- Nixon , B. M. ( 1983 ). Small‐scale study of the temperature profile of fire‐induced, near‐ceiling gas flow in a compartment where the wall‐to‐wall distance is not large when compared to the ceiling height. Senior Research Project Report , Department of Fire Protection Engineering, University of Maryland , College Park , Maryland 20742.
- Sargent , W. S. ( 1983 ). Natural convection flow and associated heat transfer processes in room fires. Ph.D. Thesis , California Institute of Technology, Pasadena , California .
- Young , M. F. , La Rue . J. C. , and Koency , J. E. ( 1983 ). Effect of fire‐stream velocity vector on the output of a circular disk heat flux gauge. Paper 83–HT–58 American Society of Mechanical Engineers, New York , New York 10017.
- Zukoski , E. E. , and KCubota , T. ( 1977 ). An experimental investigation of the heat transfer from a buoyant gas plume to a horizontal ceiling—Part 2. Effects of ceiling layer. , NBS–GCR–77–98, U.S. Department of Commerce, National Bureau of Standards, Washington , D.C. 20234 .
- Zukoski , E. E. ( 1978 ). Development of a stratified ceiling layer in the early stages of a closed‐room fire. Fire and Materials , 2 , 54 .
- Zukoski . E. E. , Kubota , T. , and Cetegen , B. ( 1980 ). Entrapment in fire plumes. Fire Safely Journal , 3 , 107 .
- Presented at the Fire Research Conference in honor of Howard Emmons, Washington D.C, 1983