This is one project I did some time back before running off to a splendid holiday with family.
These are few tests where Fire and Water simulations interact with each
other simultaneously .i.e both these elements are simulated together at the same time
in a single setup (which uses a bunch of microsolvers to move/communicate/manipulate the data around).
In the following video we have fire heating up the water and churning it up as well
as water evaporating at the boiling point.
Boiling Water from bhavesh pandey on Vimeo.
In the video below we have, fire inside a fictitious cold container (sounds ridiculous, I know)
which causes condensation as well as evaporation of water which gets heated beyond the boiling point (as can be seen in the form of smoke trailing behind the heated water).
This is quite interesting, since the usual approach is to simulate these elements separately and then stitch them together after the fact.
I have a few other tests and would be updating on this soon (hopefully....)
Cheers....
These are few tests where Fire and Water simulations interact with each
other simultaneously .i.e both these elements are simulated together at the same time
in a single setup (which uses a bunch of microsolvers to move/communicate/manipulate the data around).
In the following video we have fire heating up the water and churning it up as well
as water evaporating at the boiling point.
Boiling Water from bhavesh pandey on Vimeo.
In the video below we have, fire inside a fictitious cold container (sounds ridiculous, I know)
which causes condensation as well as evaporation of water which gets heated beyond the boiling point (as can be seen in the form of smoke trailing behind the heated water).
This is quite interesting, since the usual approach is to simulate these elements separately and then stitch them together after the fact.
I have a few other tests and would be updating on this soon (hopefully....)
Cheers....
