appendices:a5
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appendices:a5 [2020/08/25 15:46] (current) |
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| * > 1 if the density has to decrease when the point becomes older | * > 1 if the density has to decrease when the point becomes older | ||
| * < 1 if the density has to increase when the point becomes older | * < 1 if the density has to increase when the point becomes older | ||
| + | |||
| + | ^4th line (5G10.0)^^ | ||
| + | |EMULT|If IEMUL = 0 it is the multiplyer of the number of elements of the father mesh \\ If IEMUL=1, it is the absolute number of the elements of the son mesh| | ||
| + | |ANGLIM|value of the angle α∈[0,π] under which there is a line (solid angle of intersection) \\ Default value = 160° {{ :appendices:a_2.png?400 |}}| | ||
| + | |ANGPRE| Useful if and only if ANGLI=1 for parabolic element \\ Limit value of the angle β between the two segments going through the common node of two parabolic elements, for which a parabolic side is considered topologically linear \\ Default value =5° \\ A line will not be defined if β > ANGPRE {{ :appendices:a5_3.png?400 |}}| | ||
| + | |MAXELE|Maximum number of elements which may not be exceeded| | ||
| + | |RIGM|Penalty value of the new contact elements when a solid law is used| | ||
| + | ^5th line (I5)^^ | ||
| + | |IFDENS|Number of foundation nodes to which one wants to give a density (constant during the whole simulation) \\ Max 20| | ||
| + | ^5th bis line (I5, 2G10,0) - repeated IFDENS times if IFDENS ≠ 0^^ | ||
| + | |NF|Number of the foundation node| | ||
| + | |DPL|Associated density coefficient| | ||
| + | |CPL|Influence reduction parameter| | ||
| + | ^6th line (I5)^^ | ||
| + | |IFFAIBL|Number of density points generated between 2 different foundations nodes| | ||
| + | ^6th bis line (2I5, 3G10.0) - repeated IFFAIBL times if IFFAIBL ≠ 0^^ | ||
| + | |N1|N° of the node belonging to the foundation 1| | ||
| + | |N2|N° of the node belonging to the foundation 2| | ||
| + | |RATIO|Ratio a/b ∈ [0,1] {{ :appendices:a5_4.png?200 |}}| | ||
| + | |DPL|Density coefficient of the generated points| | ||
| + | |CPL|Influence parameters of the generated points| | ||
| + | ^7th line (2I5, 1G10.0) - Memorization parameters of the successive remeshings to limit the number of remeshings^^ | ||
| + | |The number of the step where the latest meshing has been realized is stocked in the file .LOA and the remeshing is effectuated only if the usual criteria are achieved and if the number of steps realized since the last remeshing > NDSTEPM|| | ||
| + | |ILOA|≠ 0 if one wants to use a file .LOA| | ||
| + | |NDSTEPM | Minimum number of steps between two remeshings| | ||
| + | |DIV | Divisor of the time step (1.0 per default)| | ||
| + | ^8th line (I5)^^ | ||
| + | |ILIC|=0 : no file .LIC. ETAGM represents then the **absolute percentage** of localized elements which provokes the stop of the solicitation for the remeshing.| | ||
| + | |:::|≠0 : one wants to print in the file .LIC the number of elements to be remeshed at each solicitation step. The remeshing will be effectuated only if the increment of the number of elements to be remeshed from step to step is sufficient, that is > ETAGM. In this case, ETAGM becomes the **relative percentage** of the localized elements since the latest converged step.| | ||
| + | ^9th line (I5, 2G10.0) - repeated INDMOD times if and only if INDMOD>0 (cf 1st line)^^ | ||
| + | |INOD | Number of the node| | ||
| + | |XNEW| New abscissa for this node| | ||
| + | |YNEW| New ordinate for this node| | ||
appendices/a5.1561974300.txt.gz · Last modified: 2020/08/25 15:33 (external edit)
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