Titlebook: Drying Kinetics in Building Materials and Components; The Interface Influe Jo?o M. P. Q. Delgado,António C. Azevedo,Ana S. Gu Book 2019 The

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Plato and the Platonism of Anne Conwayprocess plays an important role in the available humidity, inside the material and on its surface. Drying can be defined as the process by which water leaves a porous building material, knowledge and understanding of which is necessary to predict the performance of those materials in service.

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低三下四之人

Conclusions,cks. This study allows for evaluation and clarification of some aspects, namely: more frequent types of interfaces that masonry walls have; quantify and qualify the hygrothermal properties of constituent materials in masonry (ceramic bricks and mortars); the influence of these interfaces on the dryi

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2191-530X eights, during the drying process. First, a laboratory characterization of the building material used (ceramic bricks and different mortars) is presented, showing their hygrothermal, mechanical and thermal properties, namely, bulk porosity and density, water vapour permeability, capillary absorption

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Book 2019n curve, moisture diffusivity as a function of moisture content and thermal conductivity. Moreover, the moisture transfer in multi-layered systems was analysed in detail taking into account the interface contact between the building elements.

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Conclusions,nd qualify the hygrothermal properties of constituent materials in masonry (ceramic bricks and mortars); the influence of these interfaces on the drying process, using two experimental methods (gravimetric method and gamma rays attenuation).

Precursor

Book 2019ring the drying process. First, a laboratory characterization of the building material used (ceramic bricks and different mortars) is presented, showing their hygrothermal, mechanical and thermal properties, namely, bulk porosity and density, water vapour permeability, capillary absorption, retentio