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Effect of valve closure time on transient cavitating flow through piping systems
Hydraulic transient is an unavoidable phenomenon which occurs in any piping system during a sudden change in operating conditions, and it sometimes leads to cavitation; subsequently generates very high pressure in the system. The intensity of pressure developed from sudden or gradual closure of the valves at the downstream side primarily depends on the closure time of the valve. This paper is an experimental investigation into the effect of valve closure time on transient flow characteristics in a piping system. The experiments with different flow rates of fluid and valve closure times in the piping system proved that the occurrence of cavitation in a pipe links very much with the closure time of valve and the characteristics of water hammer pressure wave.
Effect of valve closure time on transient cavitating flow through piping systems
Hydraulic transient is an unavoidable phenomenon which occurs in any piping system during a sudden change in operating conditions, and it sometimes leads to cavitation; subsequently generates very high pressure in the system. The intensity of pressure developed from sudden or gradual closure of the valves at the downstream side primarily depends on the closure time of the valve. This paper is an experimental investigation into the effect of valve closure time on transient flow characteristics in a piping system. The experiments with different flow rates of fluid and valve closure times in the piping system proved that the occurrence of cavitation in a pipe links very much with the closure time of valve and the characteristics of water hammer pressure wave.
Effect of valve closure time on transient cavitating flow through piping systems
Cherian R., Miji (author) / Sajikumar, N. (author) / K.S., Sumam (author)
ISH Journal of Hydraulic Engineering ; 28 ; 180-187
2022-11-01
8 pages
Article (Journal)
Electronic Resource
Unknown
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