
Cavitation in a globe valve
1mm 0.8bar 15m3/h Opening: 1mmDownstream pressure: 0.8bar Flowrate: 15m3h This movie was shot with a high speed camera at 13000 frames per second. It shows
1mm 0.8bar 15m3/h Opening: 1mmDownstream pressure: 0.8bar Flowrate: 15m3h This movie was shot with a high speed camera at 13000 frames per second. It shows
16mm 08bar 55m3h opening: 16mmdownstream pressure: 0.8bar Flowrate: 55m3h This movie was shot with a high speed camera at 13000 frames per second. It shows
16mm 0.8bar 48m3h opening: 16mmdownstream pressure: 0.8bar Flowrate: 48m3h This movie was shot with a high speed camera at 13000 frames per second. It shows
4mm 0.4bar 18m3h Opening: 4mmDownstream pressure: 0.4bar Flowrate: 18m3h This movie was shot with a high speed camera at 13000 frames per second. It shows
4mm 4bar 54m3h opening: 4mmdownstream pressure: 4bar Flowrate: 54m3h This movie was shot with a high speed camera at 13000 frames per second. It shows
16mm 08bar 31m3h opening: 16mmdownstream pressure: 0.8bar Flowrate: 31m3h This movie was shot with a high speed camera at 13000 frames per second. It shows
4mm 0.4bar 23m3h Opening: 4mmDownstream pressure: 0.4bar Flowrate: 23m3h This movie was shot with a high speed camera at 13000 frames per second. It shows
16 mm 0.4bar opening: 16mm downstream pressure: 0.4bar This movie, as the flow rate increase, shows cavitation inside a Plexiglas model of a 2″ globe
2 mm 0.4 bar opening: 2mmdownstream pressure: 0.4bar This movie, as the flow rate increase, shows cavitation inside a Plexiglas model of a 2″ globe
2 mm 0.4 bar reverse opening: 2mmdownstream pressure: 0.4bar This movie, as the flow rate increase, shows cavitation inside a Plexiglas model of a 2″