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The effects of selected exterior thermal insulation systems on hygric and thermal conditions in the envelopes of renovated historical buildings are studied. The load bearing structures formed by typical stone materials used on Czech territory, such as sandstone and argillite, and provided with different types of insulation systems are subjected to computational hygrothermal analysis. The coupled heat and moisture transport problem is solved using the standard Galerkin finite element approach, and a computational implementation is performed. The computer code in C++ is then used in a series of computational simulations. Climatic data corresponding to the test reference year for Prague are used as boundary conditions. The results of computer simulations of moisture and temperature fields are then utilized in the subsequent service life analysis.

Effect of thermal insulation on hygric and thermal conditions in the envelopes of renovated historical buildings