An analysis of measurement uncertainties in a recently proposed method of measuring air leakage in residential duct systems has been carried out. The uncertainties in supply and return leakage rates are expressed in terms of the value of the envelope leakage flow coefficient and the uncertainties in measured pressures and air flow rates. Results of the analysis are compared with data published by two research groups
Duct leakage is a key factor in determining energy losses from forced air heating and cooling system...
Research was performed at two houses to evaluate the duct system airtightness test (DSAT) and the ho...
The problem of predicting air flows in a multi-zone building has received considerable attention in ...
Duct leakage in forced-air distribution systems has been recognized for years as a major source of e...
The thermal distribution system couples the HVAC components to the building envelope, and shares man...
This field study concentrated on measurement of duct leakage to outside the conditioned space becaus...
The paper proposes a new measurement technique for estimating the local and total leakage rates in t...
The paper proposes two measurement techniques for estimating the duct leakage in residential buildin...
The house pressure test for air leakage in ducts calculates the signed difference between the supply...
Using a residential-size duct system in a controlled laboratory setting, the repeatability and accur...
The duct leakage in forced-air distribution systems has been recognized for years as a major source ...
The DeltaQ test has been developed in order to provide better estimates of forced air system air lea...
This report presents an analysis of random uncertainties in the two methods of testing for duct leak...
In many countries, the fan pressurization method is the most frequently chosen approach for measurin...
Duct leakage is a key factor in determining energy losses from forced air heating and cooling system...
Duct leakage is a key factor in determining energy losses from forced air heating and cooling system...
Research was performed at two houses to evaluate the duct system airtightness test (DSAT) and the ho...
The problem of predicting air flows in a multi-zone building has received considerable attention in ...
Duct leakage in forced-air distribution systems has been recognized for years as a major source of e...
The thermal distribution system couples the HVAC components to the building envelope, and shares man...
This field study concentrated on measurement of duct leakage to outside the conditioned space becaus...
The paper proposes a new measurement technique for estimating the local and total leakage rates in t...
The paper proposes two measurement techniques for estimating the duct leakage in residential buildin...
The house pressure test for air leakage in ducts calculates the signed difference between the supply...
Using a residential-size duct system in a controlled laboratory setting, the repeatability and accur...
The duct leakage in forced-air distribution systems has been recognized for years as a major source ...
The DeltaQ test has been developed in order to provide better estimates of forced air system air lea...
This report presents an analysis of random uncertainties in the two methods of testing for duct leak...
In many countries, the fan pressurization method is the most frequently chosen approach for measurin...
Duct leakage is a key factor in determining energy losses from forced air heating and cooling system...
Duct leakage is a key factor in determining energy losses from forced air heating and cooling system...
Research was performed at two houses to evaluate the duct system airtightness test (DSAT) and the ho...
The problem of predicting air flows in a multi-zone building has received considerable attention in ...