
The basic equations of an engineering method of calculation one-dimensional unsteady heat and moisture transfer in an air layer and materials of building envelope are stated. The results of calculation of the layer example are compared to results of numerical modeling two-dimensional convective airflow in this layer.
Представлены основные уравнения инженерного метода расчёта одномерного нестационарного тепловлагопереноса в воздушной прослойке и материалах ограждения здания. Результаты расчёта примера прослойки сравниваются с результатами численного моделирования двумерного конвективного течения воздуха в этой прослойке.
ВЕНТИЛИРУЕМАЯ ПРОСЛОЙКА,ОГРАЖДЕНИЕ ЗДАНИЯ,ИНЖЕНЕРНЫЙ МЕТОД РАСЧЁТА,НЕСТАЦИОНАРНЫЙ ТЕПЛОВЛАГОПЕРЕНОС,КОЭФФИЦИЕНТЫ ТЕПЛО И ВЛАГООБМЕНА,КОНВЕКТИВНАЯ ДВУМЕРНАЯ МОДЕЛЬ,VENTILATED LAYER,BUILDING ENVELOPE,ENGINEERING METHOD OF CALCULATION,UNSTEADY HEAT AND MOISTURE TRANSFER,COEFFICIENTS OF HEAT AND MOISTER TRANSFER,CONVECTIVE TWO-DIMENSIONAL MODEL
ВЕНТИЛИРУЕМАЯ ПРОСЛОЙКА,ОГРАЖДЕНИЕ ЗДАНИЯ,ИНЖЕНЕРНЫЙ МЕТОД РАСЧЁТА,НЕСТАЦИОНАРНЫЙ ТЕПЛОВЛАГОПЕРЕНОС,КОЭФФИЦИЕНТЫ ТЕПЛО И ВЛАГООБМЕНА,КОНВЕКТИВНАЯ ДВУМЕРНАЯ МОДЕЛЬ,VENTILATED LAYER,BUILDING ENVELOPE,ENGINEERING METHOD OF CALCULATION,UNSTEADY HEAT AND MOISTURE TRANSFER,COEFFICIENTS OF HEAT AND MOISTER TRANSFER,CONVECTIVE TWO-DIMENSIONAL MODEL
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