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SEDL / STP / STP719-EB
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STP719
Building Air Change Rate and Infiltration Measurements
Trechsel HR
Pages: 195
Published: 1980
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Extensive discussions on air infiltration measurements, standards, and the significance of air change rates on such factors as HVAC energy consumption, building design and codes, and indoor air pollution.
Table of Contents
Introduction
Trechsel H.
Panel Discussion
Summary
Hunt C., King J., Trechsel H.
Air Infiltration: A Review of Some Existing Measurement Techniques and Data
Hunt C.
Field Studies of the Air Tightness of Residential Buildings
Wang F., Sepsy C.
Air Leakage Measurements by the Tracer Dilution Method—A Review
Lagus P.
A Low-Cost Method for Measuring Air Infiltration Rates in a Large Sample of Dwellings
Grot R.
An Automated Controlled-Flow Air Infiltration Measurement System
Condon P., Grimsrud D., Sherman M., Kammerud R.
Infrasonic Measurement of Building Air Leakage: A Progress Report
Card W., Sallman A., Graham R., Drucker E.
Air Infiltration Reduction Through Retrofitting
Harrje D., Mills T.
Wintertime Infiltration Rates in Mobile Homes
Goldschmidt V., Leonard R., Ball J., Wilhelm D.
Moisture Interactions in Light-Frame Housing: A Review
Schaffer E.
Residential Air Pollution Levels: Observation and Data Interpretation
Moschandreas D., Stark J., McFadden J., Morse S.
Significance of Air Infiltration on Building Energy Conservation Design, Standards, and Codes
Ross H.
Index
Committee: E06
Paper ID: STP719-EB
DOI: 10.1520/STP719-EB
ISBN-EB: 978-0-8031-4787-4
 ASTM International is a member of CrossRef.
0-8031-0607-6
978-0-8031-0607-9
STP719-EB
STP 719
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