doi:
UDK: 629

POLYPLANE PROPULSIVE COPTER WITH CENTRIFUGAL IMPELLER – PROPULSIVE FLYING SAUCER

Ковалев И. С.
Article language: английский

Annotation

Data analysis shows that the natural way to transfer energy when moving around a circle is to use centrifugal force in the radial direction from the center to the periphery. This feature is found in many fields of science and technology, including physical phenomena, cosmology and the aviation industry. For example, planets rotate around their axes and orbits around the central stars, and galactic objects also move in accordance with this law. In engineering, a centrifugal pump uses this force to convert mechanical energy into kinetic energy of a liquid or gas. However, when it comes to creating air movement, that is, the principle of operation of screw engines, they work according to a different rule – the turning moment is created due to the rotation of the blades, which act in the direction of the axis of rotation. Such a design can cause significant energy losses associated with friction between the blades and the air, as well as drag. Keywords: polyplane propulsion, wing, centrifugal impeller, annular flow, lifting, aerodynamic, centrifugal.

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