A mathematical model which describes the dynamic interactions of thermal insulation with the other components in a building system is presented in this paper.
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References
1.
J.B. Fourier, Theorie Analytique de la Choleur. Paris: Gauthier Villars, 1822.
2.
C.O. Mackey and L.T. Wright, "Periodic Heat Flow-Homogeneous Walls or Roofs." ASHVE Trans.50 (1944): 293.
3.
C.O. Mackey and L.T. Wright, "Periodic Heat-Flow Composite Walls or Roofs." ASHVE Trans. 52 (1946): 283.
4.
L.A. Pipes, "Matrix Analysis of Heat Transfer Problems." Franklin Institute Journal263 (1957 ): 195.
5.
I.R. Hill, A Method of Computing the Transient Temperature of Thick Walls from Arbitrary Variation of Adiabatic-Wall Temperature and Heat Transfer CoefficientNational Advisory Committee for Aeronautics, Tech. Note 4105, 1957.
6.
R.W. Muncey , "Thermal Response of a Building to Sudden Change of Temperature or Heat Flow." Australian Journal of Applied Science14 (1963): 123.
D.G. Stephenson and G.P. Mitalas, "Cooling Load Calculations by Thermal Response Factor Method" ASHRAE Trans . 73 (1967): III-1.1.
9.
T. Kusuda, "Thermal Response Factors for Multi-Layer Structures of Various Heat Conduction Systems." ASHRAE Trans. 75 (1969): 246.
10.
D.G. Stephenson and G.P. Mitalas, "Calculation of Heat Conduction Transfer Functions for Multi-Layer Slabs" ASHRAE Trans . 77 (1971): 130.
11.
R.E. Zelenski , R.A. Lund, H.L. Harrison and R.E. Sowls, "An Investigation of a Closed Loop System for Duct Air Temperature Control." ASHRAE Trans . 75 (1968 ): VI-1.1.
12.
W.F. Stoecker , L.A. Rosario, M.E. Hadenreich and I.R. Phelan, "Stability of an Air-Temperature Control Loop." ASHRAE Trans . 84 (1978): 35.
13.
D.C. Hamilton , R.G. Leonard and J.T. Pearson, "Dynamic Response Characteristics of a Discharge Air Temperature Control System at Near Full and Part Heating Load." ASHRAE Trans. 80 (1974): 181.
14.
U.S. Department of Energy.An Assessment of Thermal Insulation Materials and Systems for Building Applications. BNL-50862. UC-95dPrepared by Brookhaven National Laboratory . June, 1978.
15.
D. Paul Mehta and J.E. Woods, "An Experimental Validation of a Rational Model for Dynamic Responses of Buildings," ASHRAE Trans . 86(1980 ): 497.
16.
D. Paul Mehta , "Dynamic Thermal Responses of Buildings and Systems." Ph.D. Dissertation. Iowa State University, Ames, Iowa, 1980.
17.
L.G. Berglund and R.R. Gonzalez, "Application of Acceptable Temperature Drifts to Built Environments as a Mode of Energy Conservation."ASHRAE Trans. 84 (1978 ): 110.
18.
R.R. Gonzalez and L.G. Berglund, "Efficacy of Temperature and Humidity Ramps in Energy Conservation." ASHRAE Journal21 (1979): 34.
19.
C.H. Sprague and P.E. McNall, "The Effects of Fluctuating Temperature and Relative Humidity on Thermal Sensation (Thermal Comfort) of Sedentary Subjects" ASHRAE Trans. 76 (1970): 34.
20.
D.P. Wyon, I. Anderson, and G.R. Lundquist, "Spontaneous Magnitude Estimation of Thermal Discomfort During Changes in Ambient Temperatures" J. Hygiene (Cambridge) 70 (1972): 203.
21.
I.D. Griffiths , and D.A. Mclntyre, "Sensitivity to Temporal ConditionsErgonomics17 (1974): 499.
