Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
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 (Autor:in)
1982
231 pages
Report
Keine Angabe
Englisch
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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