FireDOC Search

displaying 321 - 330 results in total 1128

  • Starrett, P. S.
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    Factors Influencing Flame Spread Rates in Solid Materials.
    Lockheed-California Co., Burbank
    Journal of Fire and Flammability, Vol. 8, 5-25, January 1977

  • LeVan, S. L.; Glowinski, R. W.
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    Fire Growth and Fire Endurance Modeling in the Forest Products Industry.
    Forest Products Lab., Madison, WI; National Forest Products Assoc., Washington, DC
    Forest Products Research Society. International Conference on Timber Engineering, 1988. Volume 1. September 19-22, 1988, Forest Products Research Society, Madison, WI, Seattle, WA, Itani, R. Y., Editors, 448-452 p., 1988

  • Jackman, L. A.
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    Second Report on the Interaction Between Sprinkler Sprays and the Thermally Buoyant Layers of Gases From Fires.
    South Bank Polytechnic, London, England
    2nd Report
    2nd Report
    1989
    47 p.

  • Smith, E. E.
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    Evaluating Performance of Cellular Plastics in Fire Systems. Part 1. Release Rate Test System Development--Modeling of Developing Fires. Final Report.
    Ohio State Univ., Columbus
    PRC-RP-75-1-36
    PRC-RP-75-1-36
    1975
    76 p.

  • Kahut, P. M.
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    Dayton Aircraft Cabin Fire Model. Volume 3. Computer Program User's Guide. Final Report. July 1974-March 1976.
    Dayton Univ. Research Inst., OH
    FAA-RD-76-120, III
    Department of Transportation, Washington, DC, FAA-RD-76-120, III
    June 1976
    52 p.

  • Reeves, J. B.
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    Dayton Aircraft Cabin Fire Model. Volume 2. Laboratory Test Program. Final Report. July 1974-March 1976.
    Dayton Univ. Research Inst., OH
    FAA-RD-76-120, II
    Department of Transportation, Washington, DC, FAA-RD-76-120, II
    June 1976
    272 p.

  • Hayhurst, A. N.; Telford, N. R.
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    Mass Spectrometric Sampling of Ions From Atmospheric Pressure Flames. Part 1. Characteristics and Calibration of the Sampling System.
    Cambridge Univ., England
    Combustion and Flame, Vol. 28, 67-80, 1977

  • Fukushima, T.
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    Theoretical Investigation on Durability of Reinforced Concrete With External Thermal Insulations Based Upon Diffusion of Water and Oxygen.
    Building Research Inst., Tokyo, Japan
    BRI Research Paper 132
    BRI Research Paper 132
    October 1989
    28 p.

  • Fausett, D. W.
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    Mathematical Model of an Oil Shale Retort.
    Colorado School of Mines, Golden
    Quarterly of the Colorado School of Mines, Vol. 70, No. 3, 273-313, July 1975

  • Gray, B. F.; Wake, G. C.
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    Ignition of Hygroscopic Combustible Materials by Water.
    Macquarie Univ., Sydney, Australia; Massey Univ., Palmerston North, New Zealand
    Combustion and Flame, Vol. 79, No. 1, 2-6, January 1990