ТЕПЛООБМІН В ТЕПЛОВІЙ ТРУБІ ЗІ ЗМІННИМИ КУТАМИ НАХИЛУ ТА ВПЛИВУ ВІБРАЦІЙ

Abstract

The article presents the results of experimental studies of the influence of modeling of external factors, such as vibrations and changes in the gravity vector, on the heat and mass transfer processes inside the heat pipe. Heat pipes are widely used as devices that allow the transfer of significant heat flows to solve various problems in power plants. Equipment using heat pipes can be found in the thermal power complex, metallurgy, aviation and rocket and space technology. Complex heat-mass exchange processes of boiling, evaporation, condensation, movement of the liquid phase in porous or capillary structure stake place inside the heat pipe. Existing methods of calculation and design are often of a recommendatory nature. The complexity of heat pipe work processes prompts scientists in the field of heat and mass transfer to further scientific research. In this work, a series of experimental studies is conducted on the modeling of work processes in the middle of heat pipes, namely the influence of vibrations and the angle of inclination on the intensity of heat exchange. This work is a generalization of experimental data on the study of the influence of vibrations and the angle of inclination on the characteristics of heat pipes.