A semi-empirical model for calculating heat transfer in dry mineral fiber in sulations takes into account parameters that characterize both the structure of the fibrous material and the boundary conditions in standard laboratory testing. It permits adjustment of experimental data for changes in specimen density or thickness, mean temperature or temperature gradient, i.e., all the uncertainties involved in sampling and testing procedures.
Klarsfeld, S. , "La conductivite des isolants fibreux en fonction de leur structure," Cahiers du Centre Scientifique et Technique du Batiment, No. 213, Cahier 1669, 38-50 (Oct. 1980).
2.
Fournier, D. and Klarsfeld, S., "Some recent experimental data on glass fiber insulating materials and their use for reliable design of insulations at low temperatures,"American Society for Testing and Materials, STP 544, 223-242 (1974).
3.
Bankvall, C. , "Heat transfer in fibrous materials,"Journal of Testing and Evolution, Vol. 1, No. 3, 235-243 (May 1973).
4.
Verschoor, J.D. and Greebler, P., "Heat transfer by gas conduction and radiation in fibrous insulations,"Trans. ASME, 961-968 (Aug. 1952 ).
5.
Pelanne, C.M., "Experiments on the separation of heat transfer mechanisms in low-density fibrous insulation," Thermal Conductivity, Plenum Press, 897-911 (1969).
6.
Hollinsgworth, Jr., M., "Experimental determination of the thickness effect in glass fiber building insulation,"American Society for Testing and Materials, STP 718, 255-271 (1980).
7.
Bhattacharyya, R.K., "Heat transfer model for fibrous insulations,"American Society for Testing and Materials, STP 718, 272-286 (1980).
8.
Timmermans, G., van Paemel, O., and Myncke, H., "Radiant heat transfer in porous media,"15th Int. Congress of Refrigeration, Venice, 23-29 Sept. 1979, Com. B1-52, p. 1-6.
9.
Larkin, B.K., "A study of the rate of thermal radiation through porous insulating materials," Ph.D. Thesis, University of Michigan, University Microfilms Int., 1-169 (1957).
10.
Larkin, B.K. and Churchill, S.W., "Heat transfer by radiation through porous insulations,"A.I.Ch.E. Journal, Vol. 5, No. 4, 467-474 (Dec. 1959).
11.
Poltz, H., "Einfluss der Warmestrahlung auf die lsolierwirkung poroser Dammschitchten,"Allgemeine Warmetechnik, Vol. 11, 64-71 (1962).
12.
Jones, T.T., "The effect of thickness and temperature on heat transfer through foamed polymers,"7th Thermal Conductivity Conference, 1967, N.B.S. Spec. Publ. 302, 737-749 (Sept. 1968).
13.
Lao, B.Y. and Skochdopole, R.E. , "Radiant heat transfer in plastic foams,"Proceedings, Society of Plastics Industry, 4th International Cellular Plastic Conference, Montreal, 175-182 (1976).
14.
Rennex, B.G. , "Thermal parameters as a function of thickness for combined radiation and conduction heat transfer in low-density insulation,"Journal Thermal Insulation, Vol. 3, 37-63 (July 1979).
15.
Shirtliffe, C.J., "Effect of thickness on the thermal properties of thick specimens of low-density thermal insulation,"American Society for Testing and Materials, STP 718, 36-50 (1980).
16.
Fine, H.A., Jury, S.H., Yarbrough, D.W. and McElroy, D.L., "Analysis of heat transfer in building thermal insulation,"Oak Ridge National Laboratory, TM-7481 (Dec. 1980).
17.
Klarsfeld, S., "La conductivite thermique des isolants fibreux en relation avec leur structure,"Compte rendus scientifiques, Groupement Universitaire de Thermique, Paris (1976).
18.
Linford, R.M.F. , Schmitt, R.J. and Hughes, T.A., "Radiative contribution to the thermal conductivity of fibrous insulations," Heat Transmission Measurements in Thermal Insulations, American Society for Testing and Materials, STP 544, 68-84 (1974).
19.
"The thermal insulating value of airspaces," U.S. Housing and Home Financing, Housing Research Paper 32 (April 1954).
20.
Pelanne, C.M. , "Discussion on experiments to separate the effect of thickness from systematic error."American Society for Testing and Materials, STP 718, 322-334 (1980).
21.
Combarnous, M. and Bories, S., "Hygrothermal convection in saturated porous media,"Advances in Hydroscience, Vol. 10, Academic Press, 231-307 (1975).
22.
Cambarnous, M., "Natural convection in porous media and geothermal systems,"6th Int. Heat Transfer Conf., Toronto, Vol. 6, 45-59 (August 1978).
23.
Klarsfeld, S., "Application de resultats recents concernant la convecti naturelle en milieux poreux a la prevision du compartment thermique de parois isolants,"13th Int. Congress of Refrigeration, IIR Proc. Vol. 2, Com. B2 (2.51) 37-46 (1971).
24.
Schuyler, G.D. and Solvason, K.R., "Effectiveness of wall insulation,"American Society for Testing and Materials, Presented DOE/ASTM Thermal Insulation Conference (Dec. 1981).
