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Concept:
validation of models
Math model of any physical system must be validated before application.
For hygrothermal simulation model, IEA 24 identified three methods:
-- intermodel comparison
-- analytical verification
-- empirical validation
| Related References | |
- review, by weighing, moisture transport
- A precision weighing system for helping assess the hygrotherma response of full-scale wall assemblies, by Maref, W.M. Lacasse, M.A. and Krouglicof, N., 2001
- use validated model and parameter for simultions
- Applied moisture engineering, by Karagiozis, A. N., 1998
- validation of heat and moisture model MOIST
- Empirical validation of a transient computer model for combined heat and moisture transfer, by Rode, C. and Burch, D.M, 1995
- validation of MOIST
- Experimental verification of a moisture and heat transfer model in the hygroscopic regime, by Burch, D.M., R.R. Zarr, and Fanney, A. H., 1995
- compared HM in wood based wall
- Heat and moisture transfer in wood-based wall construction: measured versus predicted, by Zarr, R. R., Burch, D. M. and Fanney, A. H., 1995
- moisture in structures - SMAHT
- Modelling of Moisture Transfer in Structures-III. A Comparison between the Numerical Model SMAHT and Field Data, by Cunningham, M. J., 1996
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- Report from Task 2 of MEWS Project - Description of 17 Large Sale Wall Specimens Built for Water Entry Investigation in IRC Dynamic Wall Testing Facility, by Bomberg, M., Rousseau, M., Desmarais, G., Nicholls, M. and Lacasse, M.K, 2002
- energy simulation
- Validation of building energy simulation programs, by Pasqualetto, L., 1995
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