Vortex circumferential velocity enhancement method for energy transforming

摘要

The method involves inducing a partial rotation in parallel flowing streamlines via back pressure and tangential inflow over a common axis of rotation. A back pressure and a low pressure zone are formed at the area of rotation. One or more expanding potential disc vortices, all rotating the same way, are formed on the axis of rotation via inverse translatory motion. Approximately equal hyperbolic curves along the expansion field or wing velocity field form a hypervortex. In the free space outside the vortex, a higher circumferential velocity is induced on both sides of the hypervortex flow due to molecular force potential in the hypervortex.