Vol. 8, No 2: 36–41.

Engineering

 2023

Scientific article

UDK 004.9+621.01
pdf-version

Vera M. Vorobyova
master’s degree, Petrozavodsk state university
(Petrozavodsk, Russia),
ververa.sh@yandex.ru

Computer simulation of cavitation in a wedge gate valve in the ANSYS FLUENT environment

Scientific adviser:
Tatiana A. Ekimova
Reviewer:
Roman N. Osaulenko
Paper submitted on: 04/05/2023;
Accepted on: 05/02/2023;
Published online on: 06/25/2023.
 Abstract. The article models the phenomenon of cavitation in ANSYS Fluent and examines the cavitation characteristics of a wedge gate valve. As a result, the experiment determined the beginning of cavitation and the maximum pressure drop that can be applied to the valve without its subsequent destruction.
Keywords: Modeling, cavitation, ANSYS Fluent, wedge gate valve

For citation: Vorobyova, V. M. Computer simulation of cavitation in a wedge gate valve in the ANSYS FLUENT environment. StudArctic forum. 2023, 8 (2): 36–41.

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