FireDOC Search

displaying 1 - 6 results in total 6

  • Lay, M. G.
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    Steel Structures and Fire Resistance. Project 18. Fire Resistance of Steels--Engineering Aspects.
    Melbourne Research Labs., Clayton, Australia
    MRL 18/9, May 1972, 33 p.

  • Lay, M. G.
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    Rational Approach to Fire-Oriented Design. Project 18. Fire Resistance of Steels--Engineering Aspects.
    Melbourne Research Labs., Clayton, Australia
    MRL 18/12, June 1973, 18 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, 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, April 1971, 57 p.

  • Knight, D.; Lay, M. G.; Skinner, D. H.
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    New Approach to Fire Regulations. Project 18. Fire Resistance of Steels--Engineering Aspects.
    Melbourne Research Labs., Clayton, Australia
    MRL 18/10, May 1972, 16 p.

  • Lay, M. G.
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    Response of Steel Building in Fire. Discussion No. 7.
    Melbourne Research Labs., Australia
    American Society of Civil Engineers and International Association for Bridge and Structural Engineering. International Conference on Planning and Design of Tall Buildings. Volume 1B. Tall Building Criteria and Loading. Fire and Blast--Technical Committee No. 8. August 21-26, 1972, Bethlehem, PA, Kavanagh, T. C., Khan, F., Gaylord, E. H. and Rosenblueth, E., Editors, 719-720 p., 1972