The simulation of the vortex ring, which is generated by a vortex cannon, actually shows two vortexes, one up, rolling clockwise, and one down, rolling counterclockwise. Thanks anyway for the comment, it will help others to understand.
Appology, you are correct, now I see it too. It is a cross section of a vortex. The vortex ring are the two low pressure areas (dark). What confused me was the dominant high pressure i the middle. I would have not expected that at all. It appeared to me first as a normal Ink-Jet droplet simulation. But due to the same desnity medium of the "droplet" and the surrounding a vortex ring is formed. Thanks for sharing the simulation result!
lol hifikampy, to me (13 yrs old) u sound like an einstein level astrophysisist or sumptin. keep up the epicness :P
joedan44 1 year ago
LOL
cyrosaul 11 months ago
FIM ? =]
BIackOpsify 1 year ago
Oops. Portuguese! My bad.
cyrosaul 11 months ago
Thanks for pointing me in the direction of this program.
Hritzness 1 year ago
sorry... that was NOT a vortex.
hifikampy 2 years ago
Sorry buddy but you didnt get it.
The simulation of the vortex ring, which is generated by a vortex cannon, actually shows two vortexes, one up, rolling clockwise, and one down, rolling counterclockwise. Thanks anyway for the comment, it will help others to understand.
cyrosaul 2 years ago 4
Appology, you are correct, now I see it too. It is a cross section of a vortex. The vortex ring are the two low pressure areas (dark). What confused me was the dominant high pressure i the middle. I would have not expected that at all. It appeared to me first as a normal Ink-Jet droplet simulation. But due to the same desnity medium of the "droplet" and the surrounding a vortex ring is formed. Thanks for sharing the simulation result!
hifikampy 2 years ago
what software is that?
Vortex195 2 years ago
COMSOL
cyrosaul 2 years ago