Parametrically Driven Auxetic Foam

Comment

Comment by Jason Marks on February 2, 2013 at 9:31am

Nice work. Just stumbled across this. Paracloud sounds interesting, are you able to post a screen dump?

Comment by hisashi imai on July 21, 2009 at 3:52am

cool!!

Comment by Alexander Kalachev on June 10, 2009 at 5:55pm

sound cool
Thnx
all the best
Alex

Comment by Norbert Palz on June 10, 2009 at 6:41am

hello alexander,
i will be printing a series of tests in the course of the next two weeks. i am working on a simulation method for the material performance and then it will be physically tested. i am expecting to have more fully functioning material and first test results in a month. i will post it here. thanks
best
n

Comment by Alexander Kalachev on June 10, 2009 at 6:15am

Hi Nobert
I was on your presentation in TU Berlin several weekes ago.
really nice things U r doing is it possible to read somewere about qualities of materials U r developing?

regards
Alex

Comment by Norbert Palz on May 21, 2009 at 2:58am

hello Mirjana,
i have modelled the foam in paracloud. it consists of a cellular components that has specific 3D movements attached to the hinges. if you want i can send you a screendump of the definition.
paracloud allows to assign excel matrix values that configure the coordinate. sound more tricky than it really is. i send you a pic that will exxplain it.
best
norbert

Comment by Mirjana Devetakovic on May 20, 2009 at 11:59am

Hi Norbert! Great images, both this model, and the 3D printed one. The auxetic foams are new for me. Is there any video recording of one of your lectures related to this topic? Did you try to make a GH definition of such structure? If so, could you share a simple one with the members of this network? There must be a huge potential of its application in spatial design...