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Analysis of the response of a liquid surface to the pulse action of an inclined gas jet at low Reynolds number
Russian version
DOI: 10.21883/TP.2022.02.52944.251-21
Savenkov A. P. 1, Sychev V. A.1
1Tambov State Technical University, Tambov, Russia
Email: savencow@yandex.ru
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A mathematical description of the motion of a cavity on the liquid surface under an oblique action of a gas jet is obtained using the well-known expressions for the movement of a gas bubble in a liquid. The boundary of the viscous drag force domination over the form drag force is determined. The impingement of the gas jet on the liquid surface is considered as a dynamic object of the automatic control theory. It is found that the dynamic properties of the two-phase system "gas jet-liquid" are described by the integrator equations. Using a specially designed setup, the transient response of the "gas jet-liquid" system were experimentally obtained for the aerodynamic action at angles of 20 and 50o to the surfaces of liquids with the viscosities of 0.71 and 26.1 Pa·s (Reynolds number Re<2). The research results are necessary for the analysis of the non-contact aerodynamic method of liquid viscosity measurements. Keywords: gas jet, impingement, liquid surface, measurement, non-contact, pulse, viscosity.
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