Thermal Performance of a Building Envelope – A Probabilistic Approach
Journal article, 2010

A probabilistic model of the thermal performance of a building envelope is proposed. The model predicts the probability density function of the heat loss over a specified period of time on the basis of the design parameters of the house, climatic characteristics of the site as well as the air change rate due to mechanical or natural ventilation. Reliability of the heat loss performance of the building envelope components exposed to various climatic conditions is analyzed, and the probability of excessive heat loss is quantified. Different design options are considered. They involve a dynamic wall strategy and various types of building ventilation. © 2010 The Author(s).

ventilation

thermal transmittance

heat loss

dynamic wall

air infiltration

probabilistic

reliability

Author

Krystyna Pietrzyk

Chalmers, Architecture

Journal of Building Physics

1744-2591 (ISSN)

Vol. 34 1 77-96

Subject Categories

Civil Engineering

Computational Mathematics

DOI

10.1177/1744259109339652

More information

Created

10/7/2017