FireDOC Search

displaying 11 - 20 results in total 200

  • Knight, D. C.; Aust, M. I. E.
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    Stress and Strain in Steel Members During Fire Conditions.
    Broken Hill Proprietary Co., Ltd.
    Institution of Engineers. Conference on Stress and Strain in Engineering. August 23-24, 1973, Brisbane, Australia, 212-218 p., 1973

  • Jeng, S. M.; Faeth, G. M.
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    Species Concentrations and Turbulence Properties in Buoyant Methane Diffusion Flames.
    Pennsylvania State Univ., University Park
    Journal of Heat Transfer, Vol. 106, 721-727, November 1985
    National Bureau of Standards, Gaithersburg, MD,

  • Fujimoto, M.; Furumura, F.; Ave, T.; Shinohara, Y.
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    Primary Creep of Structural Steel at High Temperatures.
    CIB W14/79/25 (J)
    Report of the Research Laboratory of Engineering Materials, No. 4, 1-27, 1979
    CIB W14/79/25 (J)

  • Sugimura, Y.
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    Earthquake Resistant Design of Building Foundation. Introduction and Commentary on "Design Guide for the Building Foundation Against Seismic Force."
    Building Research Inst., Tokyo, Japan
    BRI Research Paper 113
    BRI Research Paper 113
    March 1985
    46 p.

  • Knublauch, E.
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    Burning Behavior of Exterior of a Burning Building With Special Consideration of the Fire Stress of External Supports.
    Bundesanstalt fur Materialprufung (BAM), Berlin, Germany
    BAM-BR 025
    BAM-BR 025
    December 1973
    45 p.

  • Skinner, D. H.; Stevens, A. G.
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    Anisothermal Creep of Five Steels. Project 6. Fire Resistance of Steels--High Temperature Mechanical Properties.
    Melbourne Research Labs., Clayton, Australia
    MRL 6/8
    MRL 6/8
    May 1972
    87 p.

  • Knight, D.; Skinner, D. H.; Lay, M. G.
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    Prediction of a Creep Equation of State From Isothermal Tests.
    Melbourne Research Labs., Clayton, Australia
    MRL 18/1
    MRL 18/1
    July 1973
    43 p.

  • Knight, D.; Skinner, D. H.; Lay, M. G.
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    Prediction of Isothermal Creep. Project 18. Fire Resistance of Steels--Engineering Aspects.
    Melbourne Research Labs., Clayton, Australia
    MRL 18/2
    MRL 18/2
    April 1971
    57 p.

  • Knight, D.
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    Anisothermal Behavior of a Tension Member. Project 18. Fire Resistance of Steels--Engineering Aspects.
    Melbourne Research Labs., Clayton, Australia
    MRL 18/4
    MRL 18/4
    September 1971
    38 p.

  • Knight, D.
    view article (1.0)

    Effect of Fire on Steel Structures. Project 18. Fire Resistance of Steels--Engineering Aspects.
    Melbourne Research Labs., Clayton, Australia
    MRL 18/8
    MRL 18/8
    May 1972
    58 p.