Analysis of the Influence of Geometrical Thermal Bridges and their Elimination by Using a Composite Material Based on Secondary Raw Materials

Libor Matějka; Libor Matějka; Jan Pěnčík

doi:10.4028/www.scientific.net/AMR.649.45

Paper Titles

Aerodynamic Mode of Double-Skin Transparent Façade with Narrow Physical Cavity and its Influence on Indoor Environment in the Summer Season
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Effect of Air Heating System Distribution on Temperature Stratification in a Room
p.33

Analysis of an Indoor Environment in Year-Round Operation
p.37

Analysis of the Behavior of Glass Claddings
p.41

Analysis of the Influence of Geometrical Thermal Bridges and their Elimination by Using a Composite Material Based on Secondary Raw Materials
p.45

Comparing Methods for Calculating Thermal Stability of Rooms
p.49

Comparison of Temperatures in the Corner of Wall Footing through 2D and 3D Views
p.53

Computer Simulations of Room Acoustics in Sporting Facilities
p.57

Differences U_g - Values of Glazing Measured In Situ with the Influence Factors of the Internal Environment
p.61

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 649Analysis of the Influence of Geometrical Thermal...

Analysis of the Influence of Geometrical Thermal Bridges and their Elimination by Using a Composite Material Based on Secondary Raw Materials

Abstract:

This paper describes the problems of geometrical thermal bridges and discusses their relative influence on building heat loss. The paper also deals with the use of composite material based on secondary raw materials for elimination of thermal bridges in wall footing detail and flat roof parapet detail.

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Periodical:

Advanced Materials Research (Volume 649)

Pages:

45-48

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.649.45

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Online since:

January 2013

Authors:

Libor Matějka, Libor Matějka, Jan Pěnčík

Keywords:

Energy Saving, Insulation, Recycled Material, Thermal Bridge

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References

[1] ČSN EN ISO 14638 Tepelné mosty ve stavebních konstrukcích – Lineární činitel prostupu tepla (Thermal bridges in building construction – Linear thermal transittance). Prague, Czech Republic : ÚNM 2009.

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[2] VUT v Brně, FAST, ÚPST. Dämblockelement zur Unterbrechung von Wärmebrücken im Fussbereich des Mauerwerks (Insulation block element for interrupting thermal bridges in the transition area between a wall and a foundation). Inventor: MATĚJKA, L., ŠINOGL, J., PĚNČÍK, J. European Patent Office – EPO. EP 1918471. 2009-08-05; (EU patent)

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[3] VUT v Brně. Tepelně izolační kompozitní plast (Thermal insulation composite polymer). Originator of the copyright certificate: MATĚJKA, L., PĚNČÍK, J. Industrial Property Office, Czech Republic. P 302851. 2011-11-02; (CZ patent)

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