An Implicit SPH Formulation for Incompressible Linearly Elastic Solids

A. Peer, C. Gissler, S. Band, M. Teschner,
"An Implicit SPH Formulation for Incompressible Linearly Elastic Solids,"
Computer Graphics Forum, DOI: 10.1111/cgf.13317, pp. 1-14, Dec. 2017.
Presented at Eurographics 2018 in Delft, The Netherlands.
cg.informatik.uni-freiburg.de/
fifty2.eu/

[@id104335409]

I'm a simple man - I see a video about Implicit SPH Formulation for Incompressible Linearly Elastic Solids - I click on it!

[@STUNTSTHEREALONE]

A video made by intellectuals and geniuses aimed for an audience of intellectuals and geniuses but instead it is recommended to us...

[@bruh-zn8ju]

I am unable to can

[@st0n3p0ny]

Your formulation is clearly superior. What I want to know is how I got from Count Dankula Mad Lads talking about cannibal serial killers, to whatever this is.

[@insertstupidserialnumberhe2727]

Science is a perfect excuse for throwing inamimate squishy 3D models into a pit filled with water

[@ewigheim123]

the sound effects are just amazing

[@grewtanker2218]

So far today's limitations don't allow us to make 100% realistic water, so we have to to deal with this melted jelly like substance.

[@wuznab5109]

I’d just like to take this moment to remind people what all the jiggle physics are going to be used for.

[@tonyc.4392]

I have no idea what's going on here but i'm pretty sure it's how you get ants. Do you want ants, A. Peer, C. Gissler, S. Band, and M. Teschner? Because this is how you get ants.

[@user-qn5gy3yx8j]

My CPU got scared watching this video.

[@chasebh89]

for those who dont understand, this is as simple as i could get it -

[@HarhaMedia]

There is something comedic about incredibly well simulated squishy virtual bunnies rolling down a platform.

[@basedeltazero714]

As you can see...

[@halminnesota699]

Them: stVK (t = 1 ms)

[@lumps17]

Scientists: Hmm, science

[@grieferjones2237]

5:37

[@fransamson]

4:28

[@VexdGamer]

4:12

[@capertillar4634]

Me: watches video*

[@martoalcubo]

5:36