FireDOC Search

displaying 11 - 20 results in total 79

• Holley, W. H.
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  Continued Research on Combined Fire/Rot Retardant Treatment for Wood Mine Timber. Contract Research. February 1979-September 1980.
  Springborn Labs., Inc., Enfield, CT
  OFR 115-81
  Bureau of Mines, Washington, DC, OFR 115-81
  October 1980
  81 p.

• Anderberg, Y.; Thelanderson, S.
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  Constitutive Law for Concrete at Transient High Temperature Conditions.
  Lund Institute of Technology, Sweden
  ['CIB W14/79/35 (S)', 'ACI Publication SP 55-8', 'Bulletin 65']
  CIB W14/79/35 (S); ACI Publication SP 55-8; Bulletin 65
  American Concrete Institute. Analytical Design of Fire Exposed Concrete Structures. Douglas McHenry International Symposium. ACI Publication SP-55. Bulletin 65. October 1976, American Concrete Institute, Detroit, MI, Mexico City, Mexico, 187-205 p., ['1976', '1978']

• Litvin, A.; Rivkind, L. E.
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  Guide for Cast-In-Place Low Density Concrete.
  Title 64-44
  ACI Journal, 529-535, September 1967
  Title 64-44

• Blaine, R. L.; Arni, H. T.; DeFore, M. R.
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  Interrelations Between Cement and Concrete Properties. Part 3. Compressive Strengths of Portland Cement Test Mortars and Steam-Cured Mortars.
  National Bureau of Standards, Washington, DC
  NBS BSS 008
  NBS BSS 008
  April 1968
  100 p.

• Blaine, R. L.; Arni, H. T.; DeFore, M. R.
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  Interrelations Between Cement and Concrete Properties. Part 3. Compressive Strengths of Portland Cement Test Mortars and Steam-Cured Mortars. Section 7. Compressive Strength of Test Mortars.
  National Bureau of Standards, Washington, DC
  NBS BSS 008
  NBS BSS 008
  April 1968
  65 p.

• Blaine, R. L.; Arni, H. T.; DeFore, M. R.
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  Interrelations Between Cement and Concrete Properties. Part 3. Compressive Strengths of Portland Cement Test Mortars and Steam-Cured Mortars. Section 8. Compressive Strength of Steam-Cured Portland Cement Mortars.
  National Bureau of Standards, Washington, DC
  NBS BSS 008
  NBS BSS 008
  April 1968
  32 p.

• Sullivan, P. J. E.; Sharshar, R.
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  Performance of Concrete at Elevated Temperatures (As Measured by the Reduction in Compressive Strength).
  Sullivan and Associates, Richmansworth, England; Imperial College, London, England
  Fire Technology, Vol. 28, No. 3, 240-250, August 1992

• Woodside, A.; deRuiter, J. J.; Wade, C. A.
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  Fire Resistance of New Zealand Concretes. Part 1. Study Report.
  Building Research Association of New Zealand, Judgeford
  BRANZ Study Report SR34
  BRANZ Study Report SR34
  February 1991
  70 p.

• Kolos, R. M.
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  Compressive Strengths of Hydraulic Cements Produced in the United States.
  National Institute of Standards and Technology, Gaithersburg, MD
  Cement, Concrete, and Aggregates, Vol. 14, No. 2, 127-130, Winter 1992

• Fattal, S. G.; Cattaneo, L. E.
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  Evaluation of Structural Properties of Masonry in Existing Buildings.
  National Bureau of Standards, Washington, DC
  NBS BSS 062
  Veterans Administration, Washington, DC, NBS BSS 062
  March 1977
  127 p.