Assessment method of numerical prediction models for combined heat, air and moisture transfer in building components: Benchmarks for one-dimensional cases
article
the standardised Glaser method for calculation, prediction and evaluation of moisture
performance is considered as rarely applicable. The present state of knowledge, analytical as well as experimental, concerning heat, air and moisture demands updating of standards. This paper presents five numerical benchmark cases for the quality assessment of simulation models for one-dimensional heat, air and moisture (HAM-) transfer. In one case, the analytical solution is known and excellent agreement between several solutions from different universities and institutes is obtained. In the remaining four cases, consensus solutions have been found, with good agreement between different HAM models . The work presented here is an outcome of the EU-initiated project for standardization of HAM calculation methods (HAMSTAD WP2).
performance is considered as rarely applicable. The present state of knowledge, analytical as well as experimental, concerning heat, air and moisture demands updating of standards. This paper presents five numerical benchmark cases for the quality assessment of simulation models for one-dimensional heat, air and moisture (HAM-) transfer. In one case, the analytical solution is known and excellent agreement between several solutions from different universities and institutes is obtained. In the remaining four cases, consensus solutions have been found, with good agreement between different HAM models . The work presented here is an outcome of the EU-initiated project for standardization of HAM calculation methods (HAMSTAD WP2).
Topics
TNO Identifier
330802
Source
Journal of Thermal Envelope and Building Science, 27(April), pp. 327-352.
Pages
327-352
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