(2020) Pashynskyi, M.; Dzhyrma, S.; Pashynskyi, V.; Nastoyashchiy, V.; Пашинський, М. В.; Джирма, С. О.; Пашинський, В. А.; Настоящий, В. А.
In order to assess the possibility of condensation on an internal window jamb surface, the temperature
fields of window junctions to brick and precast concrete walls of civil buildings were analyzed, which were
massively produced in the second half of the twentieth century. This study obtained the dependences of the jamb
temperature on the thickness of the additional insulation layer and the outdoor temperature. Additionally, it
showed the possibility of adjusting the jamb temperature by shifting the window frame inside the building. Outside
air temperatures at which no condensation will occur in the initial junction structures and after thermal
modernization by additional facade insulation were determined. The results can be used to replace worn-out
windows and during the thermal modernization of buildings.