Analysis of an Indoor Environment in Year-Round Operation

Dušan Katunský; Miloslav Bagoňa; Marián Vertaľ; Anna Vaskova; Martin Kamenský; Maros Nemec

doi:10.4028/www.scientific.net/AMR.649.37

Paper Titles

The Specifics of the Real Estate Market of the Low- and Passive Energy Buildings
p.19

A New Building System Made of Glass Fiber Reinforced Mineral Matrix Composites
p.25

Aerodynamic Mode of Double-Skin Transparent Façade with Narrow Physical Cavity and its Influence on Indoor Environment in the Summer Season
p.29

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

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 649Analysis of an Indoor Environment in Year-Round...

Analysis of an Indoor Environment in Year-Round Operation

Abstract:

Implementation of energy efficient buildings is one way to meet the requirements of the European Parliament, which has adopted the agreement 20/20/20. Given the low percentage of the amount of energy efficient buildings in the climatic conditions of the Slovak Republic is a little knowledge of their real operation. The paper describes the experimental measurement of the physical quantities in energy-efficient building is selected in the climatic conditions of the SR in the introduction of the contribution is a description of an experimental building, in which the measurement was done, the description and the deployment of measuring instruments. The conclusion of this paper is devoted to processing and statistical analysis of measured physical quantities. The analysis results show that the internal state of residential houses is largely influenced by home users.

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Periodical:

Advanced Materials Research (Volume 649)

Pages:

37-40

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.649.37

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Online since:

January 2013

Authors:

Dušan Katunský, Miloslav Bagoňa, Marián Vertaľ, Anna Vaskova, Martin Kamenský, Maros Nemec

Keywords:

Experimental Measurement, Indoor Environment, Intensity of Solar Radiation, Internal Air Temperature

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