|
|
|
SEDL / STP / STP718-EB
 |
STP718
Thermal Insulation Performance
McElroy DL, Tye RP
Pages: 562
Published: 1980
|
|
Updates you on a wide variety of important topics with discussions in such critical areas as Overall performance in applications, Implementation of standard codes and accreditation procedures, Research procedures, and Needs for the future.
Table of Contents
Introduction
McElroy D., Tye R.
General Discussions—Session I
General Discussion—Session III
Summary
McElroy D., Tye R.
An Assessment of Thermal Insulation Materials for Building Applications
Ashare E., Guyer E., Sharon A., Tye R.
Settled Density of Wood Fiber (Cellulose Based) Loose-Fill Thermal Insulation Using the CS-204 Method
Derbyshire B.
Effect of Thickness on the Thermal Properties of Thick Specimens of Low-Density Thermal Insulation
Shirtliffe C.
Glass Fiber as Insulation and Drainage Layer on Exterior of Basement Walls
Bomberg M., Hamilton J., Tao S.
Some Performance Aspects of Glass Fiber Insulation on the Outside of Basement Walls
Bomberg M.
The Energy-Efficient Residence: Research Results
Johnson R., Lee O.
Thermal Performance of Buildings and Building Envelope Systems: An Annotated Bibliography
Carroll W.
Influence of Insulation Deficiencies on Heat Loss in Walls and Ceilings
Verschoor J., Vinieratos E.
Interpretation of Building Thermograms
Stainton W.
Air Intrusion Effects on the Performance of Permeable Insulation Systems
Berlad A., Hoppe R., Jaung R., Krajewski R., Salzano F., Tutu N., Yeh Y.
Thermal Research Facility—A Large Calibrated Hot Box for Horizontal Building Elements
Mumaw J.
Evaluation of ASTM C 201 Apparatus for Measuring the Thermal Conductance of Ceramic Fiber Insulation
Chaille C., Wahle H.
Quantifying the Thermal Protection and Comfort Characteristics of Sleeping Bags
Munson D., Rohles F.
The Calibration of Heat Flow Meters
De Ponte F., Maccato W.
Experimental Determination of the Thickness Effect in Glass Fiber Building Insulation
Hollingsworth M.
Heat-Transfer Model for Fibrous Insulations
Bhattacharyya R.
Implementation of a New Quality-Control Instrument for Thermal Measurements of a Low-Density Building Insulation
McCaa D.
Sampling Faced Foam Insulation Board for Heat Flow Meter Thermal Performance Testing
Sherman M.
A Method for Determining the Thermal Resistances of Experimental Flat Roof Systems Using Heat Flow Meters
Hedlin C., Orr H., Tao S.
Discussion on Experiments to Separate the “Effect of Thickness” from Systematic Equipment Errors in Thermal Transmission Measurements
Pelanne C.
Fibrous Glass Board as a Standard Reference Material for Thermal Resistance Measurement Systems
Siu M.
Development of a Canadian Standard for Urea Formaldehyde Thermal Wall Insulation
Bowles A., Shirtliffe C.
Life-Cycle Energy Costs of Thermal Insulation
Chandrashekar M., Chinneck J., Hahn C.
Problems in Predicting the Thermal Properties of Faced Polyurethane Foams
Bomberg M.
Low-Temperature Properties of Expanded Polyurethane and Polystyrene
Sparks L.
Insulation for Cryogenic Service
Cunningham C., Oliver L., Roni J.
Thermal Transfer Calculation Methods for Insulated Underground Piping Systems and Comparisons of Results
Barton R.
Thermal Insulation for a Novel Flexible District Heating Pipe System
Eilhardt B., Stoeckl G., Ziemek G.
Optimum Economic Thickness of Pipe Insulation Accounting for Variable Heat-Transfer Parameters
Beckman J., Simmons L.
Field Measurements of Heat Flow Through a Roof with Saturated Thermal Insulation and Covered with Black and White Granules
Shuman E.
Research Needs in the Insulation Industry
Stenger L.
Index
Committee: C16
Paper ID: STP718-EB
DOI: 10.1520/STP718-EB
ISBN-EB: 978-0-8031-4786-7
 ASTM International is a member of CrossRef.
0-8031-0794-3
978-0-8031-0794-6
STP718-EB
|
