Introduction to fluid simulations #1 | FLIP fluid tools - Houdini 18

In this tutorial series, we're talking about liquid simulations. It is a great introduction for everyone who wants to start learning Houdini, but we also discuss parameters and settings even some more experienced Houdini users will find useful!
The tutorial is split into 3 parts:
- Fluid shelf tools: FLIP fluid from object & Emit particle fluid
- Colliders: static, animated, deforming
- Adding forces: POP wind & POP velocity
Thanks for watching and I hope you enjoy it!
Part 2 coming soon!
----------------------------------------------------
Skip to the part you need:
00:00 Tutorials' overview
00:57 Shelf tools overview
02:40 Geometry setup
04:00 FLIP Fluid from Object shelf tool
05:30 FluidInterior Network
05:58 AutoDopNetwork
06:35 Particle Separation
07:25 Grid Scale
09:08 Bounding Box (Closed/Opened Boundaries)
12:33 Gravity node
13:28 Meshing/Caching network
14:41 Time Scale (Slow-mo and Fast sim)
16:03 Emit Particle Fluid shelf tool
18:45 AutoDopNetwork overview
19:22 Voxels | Emitter quality
21:00 Changing Voxel Size (when green)

[@limitlessrender]

I just found your channel recently and OMG its a GOLDMINE!!! I hope you're able to upload more cool Houdini tutorials like this for beginners. I love your teaching style so much- it's very rare to see someone provide explanations and also practical uses for nodes and such. x

[@CG_MIGHTY]

OMG this channel is gold mine! Thank a lot.

[@VoxelFX]

Thank you! ^^ I'm glad you appreciate my work!

[@RodrigoIsaas]

One of the best tutorials I've seen, mainly because you are very thoughtful :D

[@KO28JOJO]

Brilliant tutorial! Thank you!

[@SamuelRochaMath]

Thanks for your tutorials, they'll be very useful to me! :)

[@saumitrakumar5106]

Very nicely explained!? Thanks for this stuff. ❤️❤️

[@Ball2Net]

Great tutorial, really well explained!

[@MeowVFX]

Thanks! I'm new to houdini and this tutorial is so friendly. I mean it's not that hard to understand unlike most other tutorials. pls keep updating this is so informative and it definitely helped me alot

[@VoxelFX]

Thank you! I'm really happy to hear that!

[@denver1329]

You should call this flip fluid 101 😅, I'm new to houdini and this is the most helpful video I've found so far

[@yuuzdesign5400]

Amazing!

[@shrimanpatil5295]

simple and class LOVE IT:):):)

[@thingschange9685]

Nice tutorial.🙂✨🎉 Looking forward for more .🙂✨

[@philippwelsing9108]

AWESOME. Thank you so much for this.

[@shubhamrai4850]

this tutorial helped me a lot

[@syno3608]

Awesome tutorial. Thanks

[@Gggorm]

Good stuff, thank you!

[@youngtran8986]

I would love to say YT's algorithm suck but not today, great to find your videos. Thank you :D.

[@VoxelFX]

Thank you! You made my day

[@nomansvan-patbokezny-1550]

I love you'r tutorials! Well explained video's with a super chill voice tone :)

[@VoxelFX]

Ahhh, thank you!

[@lenin6161]

recently i follow that channel voxelfx its really good way of explained in fluid simulation. pre tutorial class also good . and request for my side , ples upload on other simulation classes also , thankyou and im waiting

[@mdp7193]

This is amazingly beginner friendly, thank you so much!

[@mdp7193]

Also very well organized, concise and efficient! Must be great having you as a colleague hahahh

[@VoxelFX]

Thanks MDP, I hope it is haha

[@anxhelo7383]

thank you very useful

[@rifqiartstudio]

Great content

[@user-ou7ek3gg7w]

Really useful information form this tutorial!! Hope u can continue to make! Having a nice day Cute Voxel Miss!

[@VoxelFX]

Thank you, I hope so too ^^

[@pawelbhandari1621]

wow thank you mam....

[@chamsbenzina]

thank you

[@rk282227]

❤❤

[@amidamaruDS]

Good morning from the Vasque Country! Thanks for sharing your knowledge :) Do you have any video explaining object interactions with smoke? Thanks! :)

[@VoxelFX]

Hello, I don't have any videos about smoke yet, but I'll add the idea to my list of to-do-when-I'm-back. Smoke colliders will be very similar to the colliders for fluids, so you can have a look at my Introduction to Fluid Simulations #2. :)

[@amidamaruDS]

@@VoxelFX Ok :) thank you very much! :)