Building Services Engineering Research and Technology · 1984 · 20 citations · 2 references
EngineeringArchitectural EngineeringBuilding ScienceBuilding PhysicsHousingVentilationAirflow DistributionResidential VentilationVentilation ModelingVentilation Performance EvaluationVentilation SystemsAir Leakage MeasurementAir Leakage ModelingLeakageLeakage AnalysisOpeningsPower-law ModelQuadratic ModelsVentilation Rates
Leakage measurements of houses are common practice in many countries, partly because they are needed for predicting ventilation rates. To use the measurements in this way it is usually necessary to fit an equation to the measured leakage data, so that the data can be extended into the region of interest. At present the well-known “power law” equation is generally chosen for the curve-fit. In the following, a new approach using a quadratic equation is considered. It is shown that there can be large differences between the two equations, so the choice of equation is important. By considering the house leakage as the sum of the leakages of the individual openings, it is concluded that the quadratic form of equation is preferable to the power law form.
2
Crack flow equations and scale effect
D.W. Etheridge · Building and Environment · 1977 · 62 citations
Experimental Studies in Natural Ventilation of Houses.
J. B. Dick · 1949 · 24 citations
Engineering, Architectural Engineering, Building Science +14