Abstract
Residential buildings should provide comfort for occupants. This can be ensured by the following elements: thermal, moisture, odor, vibration and noise protection and other indicators. The purpose of this research is to assess the reliability of performing the comfort function by residential buildings, which depends on the probabilities of failure-free operation of the above elements. To do that it is necessary to represent its elements in the form of serial and parallel connections of elements. This representation is made difficult by different functional specifications of elements. In addition, the moment and probability of the comfort function failure is difficult to predict. The set objectives were achieved using theoretical and experimental calculation methods. The authors propose the method for defining the time and probability of the comfort function failure and develop the methodology for designing statistical distributions and finding the best distribution law assessing the probability of structural failure and reliability.
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