Differences

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--- doc:user:integration:general:mim_tim [2016/03/30 15:23] – external edit 127.0.0.1
+++ doc:user:integration:general:mim_tim [2024/07/16 10:15] (current) – papeleux
@@ Line 18: / Line 18: @@
     mim/tim.setPreviousResidualsDecreaseCriterion()
     mim/tim.setCpuDependency(cpuDep)
+    mim/tim.setForceOneIte(bool)
 where ''meth'' defines the method used to compute the $Residual$.
-=== Method1RedisualComputation(limitNormFactor) ===
+=== Method1ResidualComputation(limitNormFactor) ===
+<note important>important : since revision 2946 Method1ResidualComputation is **not anymore** the default value</note>
-The residual is adimensionalized by the norm of external forces and internal reactions (**default value**).
+The residual is adimensionalized by the norm of external forces and internal reactions .
 First :
@@ Line 77: / Line 79: @@
 $$Residual = \frac{||FreeResidual||}{ndofs*Rmin}$$
-=== Method4ResidualComputation(limitNormFactor) ===
+=== Method4ResidualComputation(limitNormFactor) (**default value**) ===
+<note important>important : since revision 2946 Method4ResidualComputation is the new **default value**</note>
-This method is the same as ''Method1ResidualComputation()'' but without dividing by the number of dofs, so
+This method is the same as ''Method1ResidualComputation()'' but without dividing by the number of dofs nor nreac, so
 $$Rmin = ||FreeExternalForces|| + ||CstrInternalForces||+||CstrInertialForces|| $$
@@ Line 124: / Line 126: @@
 |             | | ''VAC_BACKWARDEULER'' : Calculation of speed and acceleration using Backward Euler (to stabilize Newmark with dofs with a non zero fixed displacement. See JPP's thesis pg VIII.28) |
 | ''cpuDep'' | ''False'' | Specify if the criterion for updating the stiffness matrix (irea > 1) depends on the User CPU time. (Metafor Version > 2422). |
+| ''forceOneIte'' | ''False'' | If True, Force the resolution of at least one iteration (mechanical or thermal according to the iteration manager even if the tolerance is allready met at iteration 0. |