Detail publikace

Determination of thermal technical properties of ceramics masonry components

Originální název

Determination of thermal technical properties of ceramics masonry components

Anglický název

Determination of thermal technical properties of ceramics masonry components

Jazyk

en

Originální abstrakt

Specification of the thermal properties of masonry constructions is possible in practice using two basic methods: by measuring a fragment of the actual construction or by mathematical calculation according to the related technical standards. The design stating thermal resistance is more favourable in practice, for example, when designing new products or in the case of changing the properties of individual masonry components (while keeping the geometry and internal arrangement) for the existing masonry systems. The basic material parameter in the respective case is thermal conductivity of brick clinker which is necessary to be measured in the laboratory for the respective products. The article addresses the possibilities of determining the thermal conductivity of the ceramics clinker on actual samples of ceramic shaped units for ceramics clinker using the non-destructive non-stationary hot wire method and the possibilities of applying the results of research work into construction practice.

Anglický abstrakt

Specification of the thermal properties of masonry constructions is possible in practice using two basic methods: by measuring a fragment of the actual construction or by mathematical calculation according to the related technical standards. The design stating thermal resistance is more favourable in practice, for example, when designing new products or in the case of changing the properties of individual masonry components (while keeping the geometry and internal arrangement) for the existing masonry systems. The basic material parameter in the respective case is thermal conductivity of brick clinker which is necessary to be measured in the laboratory for the respective products. The article addresses the possibilities of determining the thermal conductivity of the ceramics clinker on actual samples of ceramic shaped units for ceramics clinker using the non-destructive non-stationary hot wire method and the possibilities of applying the results of research work into construction practice.

BibTex


@article{BUT74917,
  author="Jiří {Zach} and Jiří {Brožovský} and Jitka {Peterková}",
  title="Determination of thermal technical properties of ceramics masonry components",
  annote="Specification of the thermal properties of masonry constructions is possible in practice using two basic methods: by measuring a fragment of the actual construction or by mathematical calculation according to the related technical standards. The design stating thermal resistance is more favourable in practice, for example, when designing new products or in the case of changing the properties of individual masonry components (while keeping the geometry and internal arrangement) for the existing masonry systems. 
The basic material parameter in the respective case is thermal conductivity of brick clinker which is necessary to be measured in the laboratory for the respective products. The article addresses the possibilities of determining the thermal conductivity of the ceramics clinker on actual samples of ceramic shaped units for ceramics clinker using the non-destructive non-stationary hot wire method and the possibilities of applying the results of research work into construction practice.",
  address="Rolf Dietrich, NDT.net",
  chapter="74917",
  institution="Rolf Dietrich, NDT.net",
  number="12",
  volume="16",
  year="2011",
  month="october",
  pages="1--8",
  publisher="Rolf Dietrich, NDT.net",
  type="journal article - other"
}