Hello Bruno,
I send again to the list a couple of mails I addressed to you.
Chiara
On 16 May 2010 01:23, chiara modenese c.moden...@gmail.com wrote:
On 6 May 2010 23:11, chiara modenese c.moden...@gmail.com wrote:
Hi Bruno,
could you explain me in formula how did you get the plastic
I have one big guess. How can this formulation being incremental
using trialForce? Let's take a simple case: normal force is set to
a constant value. Then say that trialForce will increase. In this
case shearForce is the same since normal force is as well (like
maintaining
On 18 May 2010 16:57, Bruno Chareyre bruno.chare...@hmg.inpg.fr wrote:
No. It is the increment of displacement.
Example :
1) time t : us_total=1, us_elastic=0.1, us_plastic=0.9, fs=0.1*ks
2) assume an increment dus between t and t+dt
3) trialFs = previousFs + dus*ks = us_elastic*ks +
If you agree could you commit it, please? Thanks.
Oh, sorry, I forgot that point... :-/
I'm sending you the sources, because I have also diffs for the OPenMP
plastic accumulator and I need to compile before commiting (I'm already
compiling another trunk and it will take time).
I will commit
On 18 May 2010 17:41, Bruno Chareyre bruno.chare...@hmg.inpg.fr wrote:
If you agree could you commit it, please? Thanks.
Oh, sorry, I forgot that point... :-/
I'm sending you the sources, because I have also diffs for the OPenMP
plastic accumulator and I need to compile before commiting
On 6 May 2010 23:11, chiara modenese c.moden...@gmail.com wrote:
Hi Bruno,
could you explain me in formula how did you get the plastic dissipation for
the friction component? I see
plasticDissipation +=
(shearDisp+(1/currentContactPhysics-ks)*(shearForce-prevForce)).dot(shearForce)
Is
Hi Bruno,
could you explain me in formula how did you get the plastic dissipation for
the friction component? I see
plasticDissipation +=
(shearDisp+(1/currentContactPhysics-ks)*(shearForce-prevForce)).dot(shearForce)
Is shearDisp the total shear displacement, right? I would compute the
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