INVESTIGATION OF THE STUDY OF THE TEMPERATURE OF THE WIND FLOW VELOCITY IN A TUBE WITH A VARIABLE CROSS SECTION

Abstract

In this work, using a previously existing wind power system, we wanted to modernize in order to increase the power efficiency of wind power devices. to implement this idea, the principle of continuity of the Bernoulli equation, kinetic and molecular kinetic theory of thermal movements of wind flow to increase wind speed are applied in the work. the equation derived using molecular kinetic theory showed the validity of the main idea of this work. That is, that the wind flow velocity with a variable tube cross-section size where the cross-section size is less than the velocity increases. thus, for wind power it is possible to use such a device using thermal factors where wind flow is not always possible.