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Uncertainty in building simulation 59<br />

Applicability Study 1. Research report 18 for the Energy Technology Support Unit of the<br />

Department of Energy, UK, Contract no E/5A/CON/1213/1784, Environmental Design Unit,<br />

School of the Built Environment, Leicester Polytechnic, UK.<br />

Polytechnical Almanac (in Dutch) (1995). Koninklijke PBNA, Arnhem, The Netherlands.<br />

Rahni, N., Ramdani, N., Candau, Y., and Dalicieux, P. (1997). “Application of group screening<br />

to dynamic building energy simulation models.” Journal of Statistical Computation and<br />

<strong>Simulation</strong>, Vol. 57, pp. 285–304.<br />

Reedijk, C.I. (2000). “Sensitivity analysis of model output—performance of various local and<br />

global sensitivity measures on reliability problems.” Report 2000-CON-DYN-R2091 of<br />

TNO <strong>Building</strong> and Construction Research, Delft, The Netherlands.<br />

Saltelli, A., Chan, K., and Scott, E.M. (2000). Sensitivity Analysis. Wiley, New York.<br />

Savage, L.J. (1954) The Foundations of Statistics. Wiley, New York.<br />

Wijsman, A.J.Th.M. (1994). “<strong>Building</strong> thermal performance programs: influence of the use of<br />

a PAM.” BEP ’94 Conference, York, UK.<br />

de Wilde, P. and van der Voorden, M. (2003). “Computational support for the selection of<br />

energy saving building components.” In Proceedings of <strong>Building</strong> <strong>Simulation</strong> 2003, 8th<br />

International IBPSA Conference, August 11–14, Eindhoven, The Netherlands.<br />

de Wit, M.S. (1997a). “Training for experts participating in a structured elicitation of expert<br />

judgment—wind engineering experts.” Report of B&B group, Faculty of Civil Engineering,<br />

Delft University of Technology, Delft.<br />

de Wit, M.S. (1997b). “Influence of modeling uncertainties on the simulation of building thermal<br />

comfort performance.” In Proceedings of <strong>Building</strong> <strong>Simulation</strong> ’97, 5th International<br />

IBPSA Conference, September 8–10, Prague, Czech Republic.<br />

de Wit, M.S. (1997c). “Identification of the important parameters in thermal building<br />

simulation models.” Journal of Statistical Computation and <strong>Simulation</strong>, Vol. 57, No. 1–4,<br />

pp. 305–320.<br />

de Wit, M.S. (2001). “Uncertainty in predictions of thermal comfort in buildings.” PhD thesis,<br />

Delft University, Delft.<br />

de Wit, M.S. and Augenbroe, G.L.M. (2002). “Analysis of uncertainty in building design<br />

evaluations and its implications.” Energy and <strong>Building</strong>s, Vol. 34, pp. 951–958.

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