Design and Comparison of the Different Material Compositions of the External Masonry Construction of the Building

Author:

Hellová Katarína E.1,Struhárová Alena1,Lajošová Tatiana1,Kostelecká Michaela2

Affiliation:

1. Slovak University of Technology in Bratislava

2. Czech Technical University in Praque

Abstract

In Slovakia, since August 2016, a change in the thermal standard STN 73 0540-2 [6] has been in force, taking into account the objective of the European Directive, which since 2021 counts on the construction of buildings with almost zero energy consumption. One of the objectives of these changes is to reduce energy consumption in buildings min. by 20% till 2020. In this article it is compared the selected structures of the support exterior walls with regard to the criterion of the required thermo-technical characteristics of the building structure - coefficient of heat transfer of the structure U for the ultra-energy building according to STN 73 0540 part 2 from 2016 [3, 6]. Finally, the most cost-effective structure that meets the required thermal and technical parameters was the masonry structure with an additional by insulating the ETICS (with meaning External Thermal Insulation Composite System).

Publisher

Trans Tech Publications, Ltd.

Subject

Mechanical Engineering,Mechanics of Materials,General Materials Science

Reference21 articles.

1. I. Rouseková: Building materials. Bratislava, Jaga Group (2009).

2. J. Chybík: Natural building materials. Praha, Grada Publishing (2009).

3. R. Menďan: New thermo-technical requirements on the construction of buildings validity from 1.1.2016, Eurostav 02/(2016).

4. Z. Šternová: Thermal performance of buildings and components, Lecture - Energy efficiency of buildings, TSÚS (2012).

5. STN 73 0540-1 Thermal performance of buildings and components. Thermal protection of buildings. Part.1: Terminology.

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