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Hygrothermal analysis of massive wooden structures
Uherka, Pavel ; Šuhajda, Karel (referee) ; Žák, Antonín (advisor)
This thesis deals with massive wooden buildings especially with regard to the current approach to their design, assessment and approval. In this thesis are shown future possibilities of development of traditional wooden buildings with regard to current thermal technical requirements. Theoretical considerations are then compared with measurements which were performed on massive wooden wall samples.
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Temperature-moisture Assessment of Members in Truss with Above-rafter Thermal Insulation
Soudek, Pavel ; Vlach, František (referee) ; Kalousek, Lubor (advisor)
This thesis deals with the temperature-moisture assessment of members in truss with above-rafter thermal insulation. Within this system it focuses on the details of creating a roof overhang because that is where the timber elements are under the greatest amount of moisture stress. Different variations of this detail are presented including the extent to which thermo-technical requirements and requirements surrounding the built-in timber elements are satisfied. Theoretical calculations are then compared with measurements which were performed on a real building. This task of measurement involved developing a new measuring device. The development of this device is also described in this paper.
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Hygrothermal analysis of massive wooden structures
Uherka, Pavel ; Šuhajda, Karel (referee) ; Žák, Antonín (advisor)
This thesis deals with massive wooden buildings especially with regard to the current approach to their design, assessment and approval. In this thesis are shown future possibilities of development of traditional wooden buildings with regard to current thermal technical requirements. Theoretical considerations are then compared with measurements which were performed on massive wooden wall samples.
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Temperature-moisture Assessment of Members in Truss with Above-rafter Thermal Insulation
Soudek, Pavel ; Vlach, František (referee) ; Kalousek, Lubor (advisor)
This thesis deals with the temperature-moisture assessment of members in truss with above-rafter thermal insulation. Within this system it focuses on the details of creating a roof overhang because that is where the timber elements are under the greatest amount of moisture stress. Different variations of this detail are presented including the extent to which thermo-technical requirements and requirements surrounding the built-in timber elements are satisfied. Theoretical calculations are then compared with measurements which were performed on a real building. This task of measurement involved developing a new measuring device. The development of this device is also described in this paper.
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