Air Movement inside Windcatcher and Inside Wind Turbine Duct; Functional Approach

Movement is one of the common concepts between philosophy and physics, although there are significant differences between two types of philosophical and physical views about it, but there is a partial existence of commonalities in the concept of movement, as well as the association of a philosophical framework with physics. Air movement in Windcatcher is the most basic air conditioning function and windcatcher is a long structure with vents on top that were built in some parts of the house to bring the wind into the house. The function of windcatcher is to direct the outside air to the interior of the building and cool and create fresh air in it. In addition to the main use of windcatcher which was to keep water in reservoirs cool, for air conditioning, they were also made for residential houses, mosques and other buildings. Air movement in many forms are related to the concepts such as rotation, torsion, bending, recess, arc, convexity, concavity, architectural and engineering designing. Circulation of air movement which with the architecture and engineering of wind catchers establishes the movement of air movement in the buildings to circulate air into the buildings and to cool the environment. Wind turbine rotate around the vertical axis or in some places can use wind turbine with horizontal axis; anyhow If the wind turbines will be with vertically or horizontally axis so, The question of article is how to send air movement from outside of the wind turbine blades to inside of the wind turbine blades like windcatchers to optimize torque rotation?

کلیدواژه ها:

Air ، Movement ، Windcatcher ، Wind turbine ، Duct