Longitudinal Flow of Curviline Rotation Deflector by Viscous Incompressible Liquid

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Dmitry A. Soloviev
Alexander I. Esin
Dmitry A. Kolganov
Dmitry G. Goryunov
Andrey V. Kirichenko

Abstract

The article considers longitudinal axisymmetric flow of curved rotation deflector with an averaged turbulent flow of incompressible fluid. Based on the Bernoulli equation, they determined the thickness of the water film descending from the deflector. They proved that the film thickness depends on the hydraulic resistance of the deflector. The jet departure range (deflector radius) was determined.

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How to Cite
Dmitry A. Soloviev, Alexander I. Esin, Dmitry A. Kolganov, Dmitry G. Goryunov, & Andrey V. Kirichenko. (2020). Longitudinal Flow of Curviline Rotation Deflector by Viscous Incompressible Liquid. Helix, 10(02), 72-79. Retrieved from https://helixscientific.pub/index.php/home/article/view/113
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