A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Models for simplified dynamic calculation of the energy balance of buildings are set up, examined in theory and by experiments and applied to studies of one-family houses with various heat characteristics. The basis of the studies is a building model developed by the Philips Research Labs in Aachen by means of which the dynamic properties of a building's interior are expressed as a thermal capacity. This model simplification leads to a considerably easier calculation and has the further advantage of allowing one to interpret numerical results as analytical solutions by using simple building characteristics such as - internal thermal capacity, external heat flow and relaxation time. (ERA citation 08:054140)
Models for simplified dynamic calculation of the energy balance of buildings are set up, examined in theory and by experiments and applied to studies of one-family houses with various heat characteristics. The basis of the studies is a building model developed by the Philips Research Labs in Aachen by means of which the dynamic properties of a building's interior are expressed as a thermal capacity. This model simplification leads to a considerably easier calculation and has the further advantage of allowing one to interpret numerical results as analytical solutions by using simple building characteristics such as - internal thermal capacity, external heat flow and relaxation time. (ERA citation 08:054140)
Energy Balance of Buildings
B. Steinmueller (author)
1982
231 pages
Report
No indication
English
Architectural Design & Environmental Engineering , Heating & Cooling Systems , Buildings , Energy Balance , Air Infiltration , Architecture , Calculation Methods , Climates , Computerized Simulation , Demonstration Plants , Energy Conservation , Energy Consumption , Heat Losses , Heat Sources , Heat Transfer , Mathematical Models , Meteorology , Solar Radiation , Specific Heat , Windows , Foreign technology , ERDA/320100
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