A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Heat insulation of buildings has been improved progressively. This has led to a reduction in transmission heat losses from buildings. Heat losses due to ventilation have not been reduced to the same extent and their share of the total heat consumption of a building has accordingly increased. Special attention must be paid to application of the correct form of intermittent or continuous ventilation. The influence of the form of ventilation on the energy balance in buildings is discussed, choosing a natural form of ventilation of rooms via the window or other openings as the basis of the arguments. (ERA citation 08:051527)
Heat insulation of buildings has been improved progressively. This has led to a reduction in transmission heat losses from buildings. Heat losses due to ventilation have not been reduced to the same extent and their share of the total heat consumption of a building has accordingly increased. Special attention must be paid to application of the correct form of intermittent or continuous ventilation. The influence of the form of ventilation on the energy balance in buildings is discussed, choosing a natural form of ventilation of rooms via the window or other openings as the basis of the arguments. (ERA citation 08:051527)
Influence of the Mode of Ventilation on Heat Losses from Buildings Due to Ventilation
G. Hauser (author)
1979
17 pages
Report
No indication
English
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