CAVITATING FLOW VIDEOS

---

Bubbly Cavitating Flow

Cavitating bubble growth and collapse in flow around a headform (Knapp).

 

Bubble cavitation on a hydrofoil (Eisenberg).

 

Bubble cavitation on a hydrofoil (Eisenberg).

 

Bubble cavitation on a headform in the Large Cavitation Channel (LCC) (Kuhn de Chizelle et al. (1992)).

 

Attached cavitation on a hydrofoil (Gindroz).

 

Cavitating Vortices

Singing cavitating tip vortex on a hydrofoil (Arndt).

 

Singing cavitating tip vortex on a hydrofoil (Arndt).

 

Oscillating cavitation on a propeller in a water tunnel(Duttweiler).

 

Cavitating propeller (David Taylor Model Basin).

 

Cavitating propeller (David Taylor Model Basin).

 

Cavitating free shear layer (Katz and O'Hern).

 

Cavitating free shear layer (Katz and O'Hern).

 

Cloud Cavitation

Cloud cavitation on an oscillating hydrofoil (Reisman).

 

Cloud cavitation on an oscillating hydrofoil (Reisman).

 

Cloud cavitation on an oscillating hydrofoil (Reisman).

 

Cloud cavitation on an oscillating hydrofoil (Reisman).

 

Attached cavitation on a hydrofoil (Gindroz).

 

Cloud cavitation on an oscillating hydrofoil (Franc and Michel).

 

Cloud cavitation on an oscillating hydrofoil (Franc and Michel).

 

Cloud cavitation on an oscillating hydrofoil (Hart).

 

Cavitation on an artiifiical heart valve.

 

Cloud cavitation on a propeller blade with damage visualization (Bark).

 

Cloud cavitation in a pump impeller with damage visualization (Soyama).

 

Attached Cavitation

Overview of Ventilated Cavity behind a 3in. sphere at 15 ft/s (Brennen).

 

Close-up of Ventilated Cavity behind a 3in. sphere at 15 ft/s (Brennen).

 

Ventilated Cavity behind a 3in. sphere at 20 ft/s (Brennen).

 

Ventilated Cavity behind a Cut-off 3in. sphere at 12 ft/s (Brennen).

 

Ventilated Cavity behind a Cut-off 3in. sphere at 17 ft/s (Brennen).

 

Ventilated Cavity behind a 0.25in. sphere in water at 13.2 ft/s (Brennen).

 

Ventilated Cavity behind a 0.25in. sphere in water at 19.4 ft/s (Brennen).

 

Ventilated Cavity behind a 0.25in. sphere in water at 24.8 ft/s (Brennen).

 

Ventilated Cavity behind a 0.25in. sphere in 50ppm Polyox Solution at 9.8 ft/s (Brennen).

 

---

Last updated 4/9/04.

Christopher E. Brennen