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Heat-Air-Moisture Transport: Measurements on Building Materials Mukhopadhyaya P., Kumaran M. Pages: 118       Published: 2007

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Table of Contents

Modeling the Heat, Air, and Moisture Response of Building Envelopes: What Material Properties are Needed, How Trustful Are the Predictions?
Hens Hugo

Improved Suction Technique for the Characterization of Construction Materials
Thygesen Lisbeth, Hansen Kurt

Water Vapor Transmission Measurement and Significance of Corrections
Mukhopadhyaya Phalguni, Kumaran Kumar, Lackey John, van Reenen David

Moisture Buffer Value of Building Materials
Rode Carsten, Peuhkuri Ruut, Time Berit, Svennberg Kaisa, Ojanen Tuomo

Effects of Drying Conditions, Phase Transformations, and Carbonation Reactions on Measurements of Sorption Isotherms of Building Materials
Wilkes Kenneth, Atchley Jerry, Childs Phillip, Desjarlais Andre

Evaluation of Functional Approaches to Describe the Moisture Diffusivity of Building Materials
Scheffler Gregor, Grunewald John, Plagge Rudolf

Determination of Equilibrium Moisture Content of Building Materials: Some Practical Difficulties
Kumaran Mavinkal, Mukhopadhyaya Phalguni, Normandin Nicole

Inputs and Analyses: An End User's Perspective of Heat-Air-Moisture Data
Decareau Christopher, Kan Liyen, Piñon Joseph

Interlaboratory Comparison of the Thickness of the Destroyed Surface Layer of Closed-cell Foam Insulation Specimens
Stovall Therese

The Effect of Air Flow on Measured Heat Transport through Wall Cavity Insulation
Yarbrough David, Graves Ronald

The Effect of Vertical Distribution of Water Permeability on the Modeled Neutralization Process in Concrete Walls
Kishimoto Yoshihiko, Hokoi Shuichi, Harada Kazunori, Takada Satoru

Committee: C16
Paper ID: STP1495-EB
DOI: 10.1520/STP1495-EB

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0-8031-3422-3
978-0-8031-3422-5
STP1495-EB