On 21 June 2010 06:58, Sergei D. wrote:
> .
> > Q: I need a sort of equivalent mass to do it, which is something like
> > (as in PFC):
> > m=m1*m2/(m1+m2)
> > the only thing is that if the contact is between a ball and a box (say
> > in the triaxial) then this would not work. Is it possible in th
revno: 2298
committer: Chiara Modenese
branch nick: trunk
timestamp: Mon 2010-06-21 18:31:31 +0100
message:
Rename rotateShear() to rotate() in ScGeom.
modified:
pkg/dem/DataClass/InteractionGeometry/ScGeom.cpp*
pkg/dem/DataClass/I
On 21 June 2010 17:21, Bruno Chareyre wrote:
> Chiara, could you please rename rotateShear->rotate? This function can
> rotate anything, a force, a shear displacement, a local coordinate system,
> etc.
>
Ok you are right, I did not remember that.
chiara
>
> p.s. Be carefull, you changed files pe
Chiara, could you please rename rotateShear->rotate? This function can
rotate anything, a force, a shear displacement, a local coordinate
system, etc.
Thanks.
Bruno
p.s. Be carefull, you changed files permissions to executable.
nore...@launchpad.net a écrit :
--
On 21 June 2010 09:32, Bruno Chareyre wrote:
>
>
>> In fact, this will be a problem for me. Capillary law is one specific case
>> and has been computed, if I get it right, as a separate constitutive
>> relationship. However, there are laws where fn can be zero and a stiffness
>> has to be conside
revno: 2297
committer: Chiara Modenese
branch nick: trunk
timestamp: Mon 2010-06-21 16:55:15 +0100
message:
1) Add contact damping into HM law. 2) Add functions getIncidentVel (both for
periodic and non-periodic case) and rotateShear
In fact, this will be a problem for me. Capillary law is one specific
case and has been computed, if I get it right, as a separate
constitutive relationship. However, there are laws where fn can be
zero and a stiffness has to be consider since the contact still
remains as the contact area i
revno: 2296
committer: Luc Scholtes
branch nick: trunk
timestamp: Mon 2010-06-21 17:01:54 +1000
message:
publication list update
modified:
doc/publications.bib
--
lp:yade
https://code.launchpad.net/~yade-dev/yade/trunk
Your team Y
.
> Q: I need a sort of equivalent mass to do it, which is something like
> (as in PFC):
> m=m1*m2/(m1+m2)
> the only thing is that if the contact is between a ball and a box (say
> in the triaxial) then this would not work. Is it possible in the contact
> law to discern between bodies shape? Maybe
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