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commit:2018:07_17 [2018/07/17 17:06] – boemercommit:2018:07_17 [2018/07/17 19:10] (current) – boemer
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 ====== Commit 2018-07-17 ====== ====== Commit 2018-07-17 ======
  
-===== Description =====+The general feature of this commit is described in the first section, then the corresponding test case, and finally, some minor modifications. 
 + 
 + 
 +===== 1. Description =====
  
 In this commit, the out-of-plane thickness evolution in the generalized plane strain state is coherently accounted for in the computation.  Previously, the possible increase or decrease of the out-of-plane thickness via the ''depend'' command was not taken into account in the contact area computation.  This led to an incoherently changing gap in the following scenario, where ''AIC_ONCEPERSTEP'' is activated. In this commit, the out-of-plane thickness evolution in the generalized plane strain state is coherently accounted for in the computation.  Previously, the possible increase or decrease of the out-of-plane thickness via the ''depend'' command was not taken into account in the contact area computation.  This led to an incoherently changing gap in the following scenario, where ''AIC_ONCEPERSTEP'' is activated.
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-===== Test case =====+===== 2. Test case =====
  
 The test case in the following figure is identical to what was decribed previously.  A square is pushed against a contact tool (frictionless) with a pressure $p$, its lateral movement is blocked and its out-of-plane thickness increases (as a function of time). The test case in the following figure is identical to what was decribed previously.  A square is pushed against a contact tool (frictionless) with a pressure $p$, its lateral movement is blocked and its out-of-plane thickness increases (as a function of time).
  
-{{ :commit:2018:07_17:contactoutofplanethicknessevolutiontest.png?400 |}}+{{ :commit:2018:07_17:contactoutofplanethicknessevolutiontest.png?300 |}}
  
 The gap can be computed in various ways, numerically, analytically and semi-analytically/numerically.  This is what is done in three different extractors to test the good implementation of the previous feature:  The gap can be computed in various ways, numerically, analytically and semi-analytically/numerically.  This is what is done in three different extractors to test the good implementation of the previous feature: 
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 In all three cases, the gap should be the same (besides errors due to finite precision computation). In all three cases, the gap should be the same (besides errors due to finite precision computation).
 +
 +
 +===== 3. Minor modifications =====
 +
 +  * The property ''NBR_CONTACT_INTERACTION'' was replaced by ''NUM_CONTACT_INTERACTION'' to make sure  that the specific number of a contact interaction is provided and not the total number;
 +  * The address of clifton was replaced by the address of blueberry in ''stats.py''.
 +
 +
 +===== Added [a] / deleted [d] / modified [m] / renamed [r] test cases ======
 +
 +<code>
 +[a] apps/gps/contThickEvol.py
 +</code>
 +
 +
 + --- // [[dominik.boemer@uliege.be|Dominik Boemer]] 2018/07/17 19:00 //
commit/2018/07_17.1531840009.txt.gz · Last modified: 2018/07/17 17:06 by boemer
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