Thermal Transmission Measurements of Insulation

    Tye RP
    Published: 1978

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    This publication, Thermal Transmission Measurements of Insulation, contains papers presented at a symposium on Heat Transmission Measurements held in Philadelphia, Pa., 19-20 Sept. 1977. The symposium was sponsored by Committee C16 on Thermal and Cryogenic Insulation Materials of the American Society for Testing and Materials. R. P. Tye, Dynatech R/D Company, presided as symposium chairman and editor of this publication.

    Table of Contents

    Tye R.

    Tye R.

    Reference Materials for Insulation Measurement Comparisons

    Fibrous Insulating Materials as Standard Reference Materials at Low Temperatures
    Bertasi M., Bigolaro G., De Ponte F.

    An Interlaboratory Comparison of the ASTM C 335 Pipe Insulation Test
    Hollingsworth M.

    Does the Insulation Have a Thermal Conductivity? The Revised ASTM Test Standards Require an Answer
    Pelanne C.

    Natural Convective Heat Transfer in Permeable Insulation
    Bankvall C.

    Blown Cellulose Fiber Thermal Insulations: Part 1—Density of Cellulose Fiber Thermal Insulation in Horizontal Applications
    Bomberg M., Shirtliffe C.

    Blown Cellulose Fiber Thermal Insulations: Part 2—Thermal Resistance
    Bomberg M., Shirtliffe C.

    Measurement of the Thermal Resistance of Thick Low-Density Mineral Fiber Insulation
    Barthe M., Degenne M., Klarsfeld S.

    Analysis of the Applicability of the Hot-Wire Technique for Determination of the Thermal Conductivity of Diathermanous Materials
    Fine H.

    Thermal Conductivity Measurements on High-Temperature Fibrous Insulations by the Hot-Wire Method
    Adams J., Jackson A., Millar R.

    Thermal Conductivity of Refractories: Working with the Hot-Wire Method
    Jeschke P.

    Determination of the Thermal Conductivity of Refractory Insulating Materials by the Hot-Wire Method
    Davis W.

    Heat Transfer Versus Pitch Angle for Nonventilated, Triangular-Sectioned, Apex-Upward Air-Filled Spaces
    Probert S., Thirst T.

    Influence of Moisture and Moisture Gradients on Heat Transfer Through Porous Building Materials
    Bomberg M., Shirtliffe C.

    Laboratory and Field Investigations of Moisture Absorption and Its Effect on Thermal Performance of Various Insulations
    Dechow F., Epstein K.

    Light Transmission Measurements Through Glass Fiber Insulations
    Pelanne C.

    Fibrous Insulation Heat-Transfer Model
    King C.

    Heat Transfer in Refractory Fiber Insulations
    Striepens A.

    Pipe Insulation Testers
    Jury S., McElroy D., Moore J.

    A Calibrated/Guarded Hot-Box Test Facility
    Linehan P., Miller R., Perrine E.

    New High-Temperature Guarded Hot-Box Facility for Reflective Insulation
    Allmon B., Rausch D., Wahle H.

    A Calibrated Hot-Box Approach for Steady-State Heat-Transfer Measurements in Air Duct Systems
    Lauvray T.

    Evaluation of High-Temperature Pipe Insulations Using a 16-ln.-Diameter Pipe Test Apparatus
    Rupp A., Sadler J., Steffen R., Svedberg R.

    Forced Convection: Practical Thermal Conductivity in an Insulated Structure Under the Influence of Workmanship and Wind
    Bankvall C.

    Drift Measurement Technique Applied to Poor Conductors
    Ashworth E., Ashworth T., Lacey W.


    Committee: C16

    DOI: 10.1520/STP660-EB

    ISBN-EB: 978-0-8031-4729-4

    ISBN-13: 978-0-8031-0589-8

    ASTM International is a member of CrossRef.