Physical weathering of marble, widely used as a cladding material on buildings, is one of the most common damaging mechanism caused by anisotropic thermal expansion of calcite grains. The extent of marble deterioration depends mainly on stone fabric and texture. Dry cuboids of Carrara marble and marble from Dolni Morava quarry were subjected to microscopic analysis and thermal cycling, to determine the thermal expansion related to stone fabric and predominant lattice orientation of grains (i.e. texture).
Determination of thermal response of Carrara and Sneznikovsky marble used as building material / Petráňová, V; Valach, J; Viani, A; Pérez-Estébanez, M. - 3:(2016), pp. 56-59. (Intervento presentato al convegno XIVth YOUTH SYMPOSIUM ON EXPERIMENTAL SOLID MECHANICS tenutosi a Praga, Repubblica Ceca nel MAY 20-23, 2015) [10.14311/APP.2016.3.0056].
Determination of thermal response of Carrara and Sneznikovsky marble used as building material
Viani A;
2016
Abstract
Physical weathering of marble, widely used as a cladding material on buildings, is one of the most common damaging mechanism caused by anisotropic thermal expansion of calcite grains. The extent of marble deterioration depends mainly on stone fabric and texture. Dry cuboids of Carrara marble and marble from Dolni Morava quarry were subjected to microscopic analysis and thermal cycling, to determine the thermal expansion related to stone fabric and predominant lattice orientation of grains (i.e. texture).
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