Differences Ug - Values of Glazing Measured In Situ with the Influence Factors of the Internal Environment

Marián Flimel

doi:10.4028/www.scientific.net/AMR.649.61

Paper Titles

Analysis of the Influence of Geometrical Thermal Bridges and their Elimination by Using a Composite Material Based on Secondary Raw Materials
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Comparing Methods for Calculating Thermal Stability of Rooms
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Comparison of Temperatures in the Corner of Wall Footing through 2D and 3D Views
p.53

Computer Simulations of Room Acoustics in Sporting Facilities
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Differences U_g - Values of Glazing Measured In Situ with the Influence Factors of the Internal Environment
p.61

Effect of the Geometric Solution of Cladding on the Quality of the Indoor Microclimate
p.65

Envelope Structures of Low Energy Wooden Houses Considering Indoor Climate
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Experimental Timber Frames House EXDR1
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Indoor Environment State of Classrooms Situated in the Loft Spaces of Civil Engineering Faculty TU in Kosice – Dynamic Analysis Using Design Builder
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 649Differences Ug - Values of Glazing Measured In...

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

Abstract:

This paper presented the results of experiments to determine U_g values of heat transfer coefficient on glazed window in the apartment block during heating period. For assessing the values of heat transfer coefficient of the window glazing was used heat flow measurements. Measurements are performed with optimal conditions (without the internal effects of environment) and the other hand with real conditions, when factors such as noise or artificial light affect on the construction of the glazing. Differences U_g - values is demonstrated by comparing the partial results due to transformation of noise and luminous energy from an internal environment to the heat flow in window glazing.

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Periodical:

Advanced Materials Research (Volume 649)

Pages:

61-64

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.649.61

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Online since:

January 2013

Authors:

Marián Flimel

Keywords:

Artificial Light, Heat Transfer Coefficient U_g, Internal Environment, Noise

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References

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