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Concept:
numerical method in heat and moisture transfer
Heat and mass transport processes through walls can be simulated using numerical methods. The partial differential equation are based on fundamental mechanisms of HAM transports.
Used methods include: finite difference, finite element, finite volume.
Two related issues of simulation are the material properties and climatic conditions.
| | | Related References | | |
- eaquations (14)
- A study of heat and moisture behavior of an underground space - effects of wall structure, by Ogura, D., Matsushita, T. and Matsumoto, M., 1995
- models rain precipitation on moisture absorbing wall
- Dynamic behaviors of room climate under rain precipitation - effects of moisture absorbing partition wall, by Nakagawa, H. Matsumoto, M. and Matsushita, T., 1995
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- Mathematical modelling of sorption processes in timber based on numerical analysis mathematical modelling, by Dai, G. and Ahmet, K., 1999
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- Moisture monitoring system based on a remote moisture sensor, by Dai, G. and Ahmet, K., 1998
- hygrothermal behavior of wall constructions and the occupied spaces
- Organic insulation materials: effect on indoor humidity and necessity of a vapor barrier, by Rode, C., 1998
- models rain precipitation on moisture absorbing wall
- Transient heat and moisture transfer through building envelope under rain precipitation, by Matsumoto, M., 1995
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