Titlebook: Drying and Wetting of Building Materials and Components; J.M.P.Q. Delgado Book 2014 Springer International Publishing Switzerland 2014 Bui

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Åse Johannessen,Christine Wamsler that manufacturing process influences the initial water content whereas the hygrothermal behaviour depends on the material formulation. In addition, a model of multi-physics knowledge taking into account the various couplings is developed to predict desorption kinetics. Particular attention is paid

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Graham R. Marshall,Lisa A. Lobry de Bruynart today and can help to study different effects. Variations of several input parameter, such as short-wave absorptivity of the solar radiation, ventilation underneath the membrane with interior or exterior air, specific climate data, etc., show their influences on the moisture accumulation underne

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Drying and Wetting of Building Materials and Components

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Air Drying Technologies Applied to Buildings Treatment, of its thick walls with heterogeneous composition where the traditionally techniques era sometimes ineffective or too expensive and that was the reason why it was decided to developed a new way to control it. In this work it is proposed to present two completely different applications of the “Wall

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Setting and Drying of Bio-Based Building Materials, that manufacturing process influences the initial water content whereas the hygrothermal behaviour depends on the material formulation. In addition, a model of multi-physics knowledge taking into account the various couplings is developed to predict desorption kinetics. Particular attention is paid

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Modelling of Wetting and Drying Cycles in Building Structures,ermined by considering meteorological data. The model showed that the drying capacity of the micro-environment was a primary factor in seasonal variations of the total flow through the building which lead to long-term damage. The developed model allowed much information on moisture cycles and on the