Diagnostics and optimalization of airtightness in experimental wooden structures

Diagnostics and optimalization of airtightness in experimental wooden structures

článek ve sborníku ve WoS nebo Scopus

čeština

This contribution summarizes the authors experience in the field of undesired permeability in experimental wooden structures. The path to nearly perfect insulation leads through the successful identification of defects during the building process. Defects are best detected by using precise measuring tools prior to covering air-tight surfaces of the structure, followed by careful insulation and repeated measurements. An experimental wooden structure has undergone this process a total of eight times. The measuring team has recorded multiple incidents of permeability on this structure. For this reason, added attention is focused on suggesting solutions for improved reliability in the area of insulation.

This contribution summarizes the authors experience in the field of undesired permeability in experimental wooden structures. The path to nearly perfect insulation leads through the successful identification of defects during the building process. Defects are best detected by using precise measuring tools prior to covering air-tight surfaces of the structure, followed by careful insulation and repeated measurements. An experimental wooden structure has undergone this process a total of eight times. The measuring team has recorded multiple incidents of permeability on this structure. For this reason, added attention is focused on suggesting solutions for improved reliability in the area of insulation.

Airtightness, BlowerDoor test

Airtightness, BlowerDoor test

ORAVEC, P.; HRUBÁ, B.; LABUDEK, J.

2014

24. 6. 2014

978-80-248-3147-3

6th International Conference on Contemporary Problems of Architecture and Construction

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xx

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