FIELD: engines and pumps.
SUBSTANCE: first version of the method for creating the driving force for movement of transport vehicle includes air flow supply and azimuthal and axial actuation, air heating, activation of hot air flow at azimuthal moment of rotor of jet engine, axial air discharge, supply of flow pulses to additional air flow, and formation of pulling force. The air flow supplied to front surface of screw blade plane, on periphery of screw rotation plane, is turned, and tangent flow is created on rear surface with speed which is higher than speed of incoming flow. Axial air flow is brought into azimuthal movement till it is heated. The second version of the method for creating the driving force for movement of transport vehicle is characterised by the fact that axial hot air flow in paraxial area of radial turbine is discharged to rotation plane of outlet screw, and some portion of energy of air flow is recovered with outlet screw by means of radial flow of additional air to the axis. Jet engine includes air flow shapers, compressor and radial turbine on common shaft, and combustion chamber. Before combustion chamber there arranged is rim with blades which are oriented azimuthally in shaft rotation direction, and system of valves. Combustion chamber is azimuthal. Radial turbine consists of annular shaped discs. Compressor is equipped with screw on the periphery of blades of which there formed is structure of profiles with wing-shaped elements. Shapers form structure of profiles with possibility of enclosing air flow.
EFFECT: increasing the conversion efficiency of energy to driving force.
7 cl, 2 dwg
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Authors
Dates
2011-12-20—Published
2010-04-21—Filed