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Information × Registration Number 0220U101383, 0115U003364 , R & D reports Title Energy modeling of the building because of its design features, power supply system, the environment and climate popup.stage_title Head Basok Borys Ivanovich, Доктор технічних наук Registration Date 10-02-2020 Organization Institute of Engineering Thermophysics of NAS of Ukraine popup.description2  Studies of the processes of aerodynamics and heat exchange in the premises of the building with its interaction with the environment under different climatic conditions have been carried out.The numerical modeling determines the aerodynamics and heat exchange characteristics of the office building,taking into account the geometry of window niches.The characteristics of aerodynamics and the temperature state of the region adjacent to the wall enclosure were investigated by experimental methods.The characteristics of heat transfer through typical design translucent enclosure structures are investigated.Characteristics of heat transfer through the unheated foundation of the building are determined.The features of aerodynamic and heat exchange processes in the premises of a building with low-temperature air-conditioning systems have been established.Numerical modeling methods determine the velocity of air and the temperature of the volume of the room when heated by means of low-temperature water underfloor heating.The calculations of the thermal state and aerodynamic conditions in the room with the use of fan coils as air conditioning systems have been carried out.The comparative analysis of the air-temperature state of the premises with different low-temperature air-conditioning systems is made.The numerical modeling methods determine the temperature and moisture content distribution by the thickness of the enclosure structures,depending on the external conditions and the type of thermal insulation material.Experimental studies of temperature and moisture content distribution along the thickness of the enclosure structures depending on the external conditions and the type of thermal insulation material have been carried out.Numerical studies of the effect of solar radiation on the temperature and humidity regime of wall structures have been carried out.The influence of solar radiation on the thermal state of the premises during the winter season is determined. Product Description popup.authors Andreychuk Sergiy V. Bieliaieva Tetiana H. Bazeev Evgeniy T. Basok Borys I. Bozhko Ihor K. Goncharuk Svitlana M. Horiachev Oleh A. Gotsoolenko Vladimir V. Davydenko Borys V. Kalinina Myroslava F. Kovalenko Mykola P. Kuzhel Liliya M. Lysenko Oksana M. Moroz Marina V. Nedbailo Oleksandr M. Nezhuta Volodymyr P. Novikov Volodymyr G. Novitska Maryna P. Oliynuk Lyudmila V. Priemchenko Viktor P. Sorokoviy Rodion Ya. Тимощенко Андрій Володимирович Tkachenko Myroslav V. Khibina Marina A. popup.nrat_date 2020-04-02 Close