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Temperature impact on sealed mutual overlap strength of bitumen sheets on roof structures.
This article deals with dependency between mutual overlap length of adjacent bitumen sheets in longitudinal direction and tear load due to various temperatures. While there is a large amount of various joints and overlaps of bitumen sheets present on water-proofing layer it is necessary to study their behavior. Various types of overlaps occur – overlaps in single layer or double layer water-proofing systems, overlaps between adjacent bitumen sheets and joints of bitumen sheets to pervading constructions and tinsmith constructions. This article deals only with overlaps strained by linear forces – this means shear stress.
Temperature impact on sealed mutual overlap strength of bitumen sheets on roof structures.
This article deals with dependency between mutual overlap length of adjacent bitumen sheets in longitudinal direction and tear load due to various temperatures. While there is a large amount of various joints and overlaps of bitumen sheets present on water-proofing layer it is necessary to study their behavior. Various types of overlaps occur – overlaps in single layer or double layer water-proofing systems, overlaps between adjacent bitumen sheets and joints of bitumen sheets to pervading constructions and tinsmith constructions. This article deals only with overlaps strained by linear forces – this means shear stress.
Temperature impact on sealed mutual overlap strength of bitumen sheets on roof structures.
Antonin Fajkos (Autor:in)
2009
Aufsatz (Zeitschrift)
Elektronische Ressource
Unbekannt
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