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

Boris Bielek; Milan Bielek; Stanislav Mikle; Jan Szabo

doi:10.4028/www.scientific.net/AMR.649.29

Paper Titles

Impact of Internal Thermal Insulation Systems on Static Behaviour of Exterior Walls
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The Specifics of the Real Estate Market of the Low- and Passive Energy Buildings
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A New Building System Made of Glass Fiber Reinforced Mineral Matrix Composites
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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
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Analysis of an Indoor Environment in Year-Round Operation
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Analysis of the Behavior of Glass Claddings
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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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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 649Aerodynamic Mode of Double-Skin Transparent Façade...

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

Abstract:

Tall slab-shaped building of north-south orientation. Narrow-cavity double skin transparent façade. South (S) external wall with application of double-skin transparent façade. Aerodynamic regime of narrow-cavity double skin transparent façade in summer. The total aerodynamic resistance of natural physical cavity and its relationship to the convection air lift force. Air stagnation in the cavity as the physical defect of the double-skin façade. Aerodynamics of the double-skin transparent façade as a conditional factor of the thermal discomfort of indoor climate in the building.

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Periodical:

Advanced Materials Research (Volume 649)

Pages:

29-32

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.649.29

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Online since:

January 2013

Authors:

Boris Bielek, Milan Bielek, Stanislav Mikle, Jan Szabo

Keywords:

Aerodynamic Mode, Convection Air Buoyancy, Double Skin Transparent Facade, Narrow Cavity, Total Aerodynamic Resistance of Cavity

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References

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