A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
In this article, the condensation potential for a multiphase moisture sorption system is investigated. The moisture content of a porous material can be imagined as system state, moving through the hill-and-valley landscape of the potential. The condensation potential is determined in linear approximation from the general formula of Part I. Then, the potential is calculated in a unified manner for a broad range of physical moisture sorption mechanisms described in the literature: Van der Waals, capillary condensation, surface sorption, micropore sorption and chemisorption (diffusion–reaction). Non-hysteretic and hysteretic cases are considered. The condensation potentials are illustrated with examples.
In this article, the condensation potential for a multiphase moisture sorption system is investigated. The moisture content of a porous material can be imagined as system state, moving through the hill-and-valley landscape of the potential. The condensation potential is determined in linear approximation from the general formula of Part I. Then, the potential is calculated in a unified manner for a broad range of physical moisture sorption mechanisms described in the literature: Van der Waals, capillary condensation, surface sorption, micropore sorption and chemisorption (diffusion–reaction). Non-hysteretic and hysteretic cases are considered. The condensation potentials are illustrated with examples.
Hysteretic moisture properties of porous materials: Part II. Condensation potentials
Funk, Max (author)
Journal of Building Physics ; 39 ; 207-241
2015-11-01
35 pages
Article (Journal)
Electronic Resource
English
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