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Krishan Gunarathna
Sri Lanka
Registrace 30. 11. 2007
Video
computational fluid dynamics ( cfd ) - wakes omegaloops : simulation
zhlédnutí 407Před 11 lety
computational fluid dynamics ( cfd ) - wakes omegaloops : simulation
computational fluid dynamics ( cfd ) - Self Propelled Jelly fish 3D simulation
zhlédnutí 1,8KPřed 11 lety
computational fluid dynamics ( cfd ) - Self Propelled Jelly fish 3D simulation
computational fluid dynamics ( cfd ) - vortex rings : simulation
zhlédnutí 916Před 11 lety
computational fluid dynamics ( cfd ) - vortex rings : simulation
computational fluid dynamics ( cfd ) - optimization of anguilliform swimming KTH zurich : simulation
zhlédnutí 1KPřed 11 lety
computational fluid dynamics ( cfd ) - optimization of anguilliform swimming KTH zurich : simulation
Aerospace engineering - Aerodynamic Generation of Sound - lesson 20
zhlédnutí 3,6KPřed 11 lety
Aerospace engineering - Aerodynamic Generation of Sound - lesson 20
6. Pressure Fields and Fluid Acceleration
zhlédnutí 8KPřed 11 lety
6. Pressure Fields and Fluid Acceleration
8. Channel Flow of a Compressible Fluid
zhlédnutí 4,1KPřed 11 lety
8. Channel Flow of a Compressible Fluid
The Secret Life Of Vortices - Mono And Stereo
zhlédnutí 424Před 11 lety
The Secret Life Of Vortices - Mono And Stereo
computational fluid dynamics ( cfd ) - Flapping Wing simulation
zhlédnutí 616Před 11 lety
computational fluid dynamics ( cfd ) - Flapping Wing simulation
1. Eulerian and Lagrangian Descriptions in Fluid Mechanics
zhlédnutí 126KPřed 11 lety
1. Eulerian and Lagrangian Descriptions in Fluid Mechanics
It is very clear except the 15:49. I understood this part after a long time.
Wow 😮…… what ?!
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This would be rather use full with predicating the flow of currents by the rate of change within certain fix time(event). If water 💦 was represented by ball that are white.. acting as flow point? It all is relevant … Could we run statistical analysis to predict outcomes based on the fluid dynamics of system is that a thing ? Sure it is and more
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Respect from core of my heart for one of greatest scholar of fluid mechanics,, kya explanation thi
Cool...
Great description for viscous and inertia effects..
cool😭
Back in the days, even nerds had manly voices :)
which software did they used to simulate all this ?
it was 1968 they didnt have simulation softwares.
@@SBA_poiko so do you know how did they do it ?
@@mathOgenius Camera I guess
@@mathOgenius They draw them
@@user-cg3vu4gj2c yeah It could be stop motion
Great material and great series. On the technical side, is the delay in video vs audio only happening to me?
No, and I'd say this was one lecture that I could not follow the first time I watched because of that delay and had to come up with a solution--opened in another tab as well and played the audio in one and the video in another.
The same video with more good quality but SAME CONTENT must be made . Like if u agree
I did not love this one. I think it focuses very much on a particular experiment to end up with general examples/applications very quickly. I would expect a more systematic and general approach. Thanks for the upload anyway.
czcams.com/channels/kt563k6zJ53m-FSX3wpkiw.htmlvideos
Old is gold
Have you see 10th century fluid dynamics. czcams.com/video/mYzPxwnGs34/video.html&feature=
RGU mechanical guys 🙄
Mahato 🖐️
Ha bol bhai parhai kar Raha h na
Na time waste kar raha hain
Sadly
Hey Jyotishman!!
Hi all your simulations are incredible. I have some queries about the numerical model you've used for the DNS computations like the forced perturbation type and the enstrophy conditions. Is this work published in a paper, that I could read, perhaps?
thank you very much for posting such a wonderful lectures
My god what a brilliant explanation
Can anybody add English subtitle? Thanks.
:)))))))
nice class
Jellyfish create high pressure behind them, but unlike vehicles, also create low pressure in front.
Hey buddy can u upload all lectures of MECHANICAL ENGINEERING !!
Please anyone clear me @11:52 he stated that,"we can eliminate one of the variable" how I can't understand that?
vinoth kumar one variable means, any one vector direction coordinate, x or y and differentiate it with respect to time, we can find velocity at that particular coordinate.
This is awesome.
VERY NICE TO SEE THIS. THANKS
"Cuddle time!! ;))))))" Aaawwwww...
Amazing! The dye experiment.
Amazing and strangely counter intuitive information.
my god hes a dam genius
Thank you , Very good Effort <3
Its 2am and i have work tommorow, what am I doing
seriously thanks !!
Nothing better than this , Super collection SIR Thank you very very much sir
Really amazing videos.
did you make this simulation?
good examples
its nice to learn thanx
great collection..................... this gave a clear idea about the analytical parameters
hi this video very useful thing thank you mr.krishan
thankx
Hey! It's a study about people like me! Good luck not starving to death fellow ridiculously thin guys.