Arens EA

Bednar T.

Carsten Rode

Cengel YA

de Wit MH

Hans Janssen

Hens Hslc

Holm A.

Mortensen LH

Neale A.

Nicolai A.

Paul W.M.H. Steskens

Rode C.

Schwarz B.

Steeman HJ

Current models to predict heat, air and moisture (HAM) conditions in buildings assume constant boundary conditions for the temperature and relative humidity of the neighbouring air and for the surface heat and moisture transfer coefficients. These assumptions may introduce errors in the predicted HAM conditions. The paper focuses on the influence of the interior surface heat and moisture transfer coefficients, and investigates its effect on the hygrothermal performance. The parameter study showed that the magnitude of the convective surface transfer coefficients have a relatively large influence on the predicted hygrothermal conditions at the surface of a building component and on the heat and vapour exchange with the indoor environment

Steskens, Paul Wilhelmus Maria Hermanus

Janssen, Hans

Rode, Carsten

Online Research Database In Technology

Influence of the convective surface transfer coefficients on the Heat, Air, and Moisture (HAM) building performance

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Influence of the Convective Surface Transfer Coefficients on the Heat, Air, and Moisture (HAM) Building Performance

http://orbit.dtu.dk/ws/files/4055818/Posprint%202009-Influence%20of%20the%20convective%20surface%20transfer%20coefficients%20on%20the%20HAM%20building%20performance.pdf

Influence of the convective surface transfer coefficients on the Heat, Air, and Moisture (HAM) building performance

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Online Research Database In Technology

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