References
- Alford, J.S., J.E. Ryan, and F.O. Urban. 1939. Effect of heat storage and variation of outdoor temperature and solar intensity on heat transfer through walls. American Society of Heating and Ventilating Engineers Transactions 45:369–96.
- ASHRAE. 1993. ASHRAE Handbook of Fundamentals. Atlanta: ASHRAE.
- ASHRAE. 2013. ASHRAE Handbook of Fundamentals. Atlanta: ASHRAE.
- Box, T. 1868. A Practical Treatise on Heat as Applied to the Useful Arts, for the Use of Engineers, Architects etc. London: E and F N Spon.
- Brisken, W.R., and S.G. Reque. 1956. Heat load calculations by thermal response. ASHVE Transactions 62:391–424.
- Carslaw, H.S., and J.C. Jaeger. 1959. Conduction of Heat in Solids. Oxford, UK: Clarendon Press.
- Churchill, R.V. 1958. Operational Mathematics. New York: McGraw-Hill Book Company.
- Danter, E. 1960. Periodic heat flow characteristics of simple walls and roofs. Journal of the Institution of Heating and Ventilation Engineers 28:36–46.
- Danter, E. 1974. Heat exchanges in a room and the definition of room temperature. Building Services Engineering 41:231–43.
- Davies, M.G. 1984. The heat storage/loss ratio for a building and its response time. Applied Energy 18:179–238.
- Davies, M.G. 2004. Building Heat Transfer. Chichester, UK: Wiley.
- Delcroix, B., M. Kummert, A. Daoud, and M. Hiller. 2012. Conduction transfer functions in trnsys multizone building model: Current implementation, limitations and possible improvements. Proceedings of SimBuild 2012:5th National Conference of International Building Performance Simulation Association, Madison, WI, August 1–3.
- Delcroix, B., M. Kummert, A. Daoud, and M. Hiller. 2013. Improved conduction transfer function coefficients generation in Trnsys multizone building model. Proceedings of BS 2013: 13th Conference of International Building Performance Simulation Association, Chambéry, France, August 26–28.
- Dufton, A.F. 1934. The warming of walls. Journal of the Institution of Heating and Ventilating Engineers 2:416–7.
- Haghighat, F., and H. Liang. 1992. Determination of transient heat conduction through building envelopes—a review. ASHRAE Transactions, Part 1 98:284–90.
- Harris, S.M., and F.C. McQuiston. 1988. A study to categorize walls and roofs on the basis of thermal response. ASHRAE Transactions, Part 2 94:688–715.
- Iu, I., and D. Fisher. 2004. Application of conduction transfer functions and periodic response factors in cooling load calculation procedures. ASHRAE Transactions 110(2):829–41.
- Jury, E.I. 1964/1986. Theory and Application of the Z-Transform Method. New York: John Wiley & Sons.
- Kusuda, T. 1969. Thermal response factors for multi-layer structures of various heat conduction systems. ASHRAE Transactions, Part 1 75:246–71.
- Kusuda, T. 2001. Building environment simulation before desk top computers in the USA through a personal memory. Energy and Buildings 33:291–302.
- Loudon, A.G. 1970. Summertime temperatures in buildings without air conditioning. Journal of the Institute of Heating and Ventilating Engineers 37:280–92.
- Mackey, C.O., and L.T. Wright. 1944. Periodic heat flow—homogeneous walls or roofs. ASHVE Transactions 50:293–312.
- Mackey, C.O., and L.T. Wright. 1946. Periodic heat flow—composite walls or roofs. ASHVE Transactions 52:283–96.
- Mitalas, G.P. 1968. Calculation of transient heat flow through walls and roofs. ASHRAE Transactions 74(2):182–8.
- Mitalas, G.P. 1978. Comments on the z-transfer function method for calculating heat transfer in buildings. ASHRAE Transactions, Part 1 84:667–74.
- Mitalas, G.P., and J.G. Arseneault. 1967. Fortran IV program to calculate heat flux response factors for a multi-layer slab, DER Computer Program 26. National Research Council of Canada, Division of Building Research, Ottawa, Canada.
- Ouyang, K., and F. Haghighat. 1991. A procedure for calculating thermal response factors of multi-layered walls—State space method. Building and Environment 26(2):173–7.
- Paschkis, V., and H.D. Baker. 1942. A method of determining unsteady state heat transfer by means of an electrical analogy. ASME Transactions 64:105–12.
- Peavy, B.A. 1978. A note on response factors and conduction transfer functions. ASHRAE Transactions, Part 1 84:688–90.
- Pipes, L.A. 1940. The matrix theory of four terminal networks. Philosophical Magazine, Series 7 30:370–95.
- Pipes, L.A. 1957. Matrix analysis of heat transfer problems. Journal of the Franklin Institute 263:195–206.
- Rodriguez Cheda, J.B., and A. Raya de Blas. 1995. Arquitectura de Vidrio, Tectónica, Monografías de Arquitectura, Tecnología y Construcción. Tectónica.
- Spitler, J.D., and D.E. Fisher. 1999. Development of periodic response factors for use with the radiant time series method. ASHRAE Transactions 105(2):491–509.
- Stephenson, D.G. 1962. Methods of determining non-steady-state heat flow through walls and roofs of buildings. Journal of the Institution of Heating and Ventilating Engineers 30:64–73.
- Stephenson, D.G., and G.P. Mitalas. 1967. Cooling load calculations by thermal response factor method. ASHRAE Transactions, Part 2 73: III.1.1–7.
- Stephenson, D.G., and G.P. Mitalas. 1971. Calculation of heat conduction transfer functions for multi-layer slabs. ASHRAE Transactions, Part 2 77:117–26.
- Urbikain, M.K., and M.G. Davies. 2012. A frequency domain estimation of wall conduction transfer function coefficients. Energy and Buildings 51:191–202.
- van Gorcum, A.H. 1951. Theoretical considerations on the conduction of fluctuating heat flow. Applied Science Research A2:272–80.
- Vodicka, V. 1955. Eindimensionale Wärmeleitung in geschichteten Körpern. Mathematische Nachrichten 14:47–55.