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A study on humidity distribution in a room

Atsushi IWAMAE, 2007
Heat and moisture transport | Porous medium | air movement | ventilation | CFD | Turbulence model
Bibliographic info: Building Simulation, 2007, Beijing, China
Languages: English

It is well known that humidity influences cooling load, thermal comfort and durability of buildings and various items in them. Many works on prediction of humidity variation in a room have regarded the humidity as unique in a space. However, it does depend on air movement. This paper describes calculations of minute moisture distributions in a room affected by moisture buffering of porous walls. The air velocity distribution is calculated by CFD using two different turbulence models. Then the heat and vapor transient transport in walls and space is calculated. This shows that moisture distribution is not negligible. The difference between the two turbulence models is also determined.


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