A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
DETERMINING THE THERMAL RESISTANCE OF A VENTILATED HINGED FACADE SYSTEM LAYER
Enveloping structures with hinged façade systems are nowadays widely used for moisture control of enveloping structures, prevention of overheating of the structures by insolation, saving the constructions from atmospheric moisture and also for correspondence with the raised requirements to thermal protection of the enveloping structures, aimed also at reducing energy consumption. In the winter conditions the influence of air layer on the thermal insulation parameters is usually neglected. In the article the thermal resistance of an air gap and is considered and its effect in the calculation of the heat resistance of a building envelope with hinged facade system is analyzed in the conditions of cold weather. The thermal resistance of the air layer determines how the heat losses decrease.
DETERMINING THE THERMAL RESISTANCE OF A VENTILATED HINGED FACADE SYSTEM LAYER
Enveloping structures with hinged façade systems are nowadays widely used for moisture control of enveloping structures, prevention of overheating of the structures by insolation, saving the constructions from atmospheric moisture and also for correspondence with the raised requirements to thermal protection of the enveloping structures, aimed also at reducing energy consumption. In the winter conditions the influence of air layer on the thermal insulation parameters is usually neglected. In the article the thermal resistance of an air gap and is considered and its effect in the calculation of the heat resistance of a building envelope with hinged facade system is analyzed in the conditions of cold weather. The thermal resistance of the air layer determines how the heat losses decrease.
DETERMINING THE THERMAL RESISTANCE OF A VENTILATED HINGED FACADE SYSTEM LAYER
Gagarin Vladimir Gennad'evich (author) / Plyushchenko Natal'ya Yur'evna (author)
2015
Article (Journal)
Electronic Resource
Unknown
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HINGED VENTILATED FACADE STRETCHING SYSTEM AND METHOD OF ITS INSTALLATION
| European Patent Office | 2019