Flytter over til andre Pcen

Abaqus_LaunchFiler/MicroscaleModelling_randomSweep2.py

@@ -135,4 +135,4 @@ def FrameFinder():
     import displayGroupOdbToolset as dgo
     import connectorBehavior
 
-    execfile(Modellering + 'lucke.py')
+    execfile(Modellering + 'Multilucke.py')

Abaqus_LaunchFiler/MicroscaleModelling_randomSweep3.py

@@ -135,4 +135,4 @@ def FrameFinder():
     import displayGroupOdbToolset as dgo
     import connectorBehavior
 
-    execfile(Modellering + 'lucke.py')
+    execfile(Modellering + 'Multilucke.py')

Abaqus_LaunchFiler/MicroscaleModelling_randomSweep4.py

@@ -135,4 +135,4 @@ def FrameFinder():
     import displayGroupOdbToolset as dgo
     import connectorBehavior
 
-    execfile(Modellering + 'lucke.py')
+    execfile(Modellering + 'Multilucke.py')

Abaqus_LaunchFiler/MicroscaleModelling_randomSweep5.py

@@ -135,4 +135,4 @@ def FrameFinder():
     import displayGroupOdbToolset as dgo
     import connectorBehavior
 
-    execfile(Modellering + 'lucke.py')
+    execfile(Modellering + 'Multilucke.py')

Abaqus_LaunchFiler/MicroscaleModelling_randomSweep6.py

@@ -135,4 +135,4 @@ def FrameFinder():
     import displayGroupOdbToolset as dgo
     import connectorBehavior
 
-    execfile(Modellering + 'lucke.py')
+    execfile(Modellering + 'Multilucke.py')

Abaqus_modellering/Model.py

@@ -11,7 +11,6 @@
     Mdb()
     openMdb(pathName=RVEmodellpath)
     mod = mdb.models[modelName]
-    #del mdb.models['Model-A'].steps['Enhetstoyninger']
 
 t = (time.time() - start_time)
 print('t etter lagd modell=', t)

Abaqus_modellering/Multilucke.py

@@ -80,10 +80,8 @@ def FrameFinder():
 print Q
 print n
 
-
     #Datalagring
 execfile(Modellering + 'Set_text_dirs.py')
-
     #Modellere RVE eller aapne eksisterende  -  Sette navn for toyningsretning
 execfile(Modellering + 'LagOROpen_preplin.py')
 
@@ -111,23 +109,23 @@ def FrameFinder():
             t = (time.time() - start_time)
             print('t etter lin pross=', t)
     del mdb.models['Model-A'].steps['Enhetstoyninger']
-
-if Savemodel and Model:
+if Model:
     mdb.saveAs(pathName=RVEmodellpath)
+    print 'saved'
 
     # Non linear tester
+
 Damage=0
 if Damage:
     mdb.models['Model-A'].materials['resin'].DuctileDamageInitiation(table=((0.035,
         0.0, 0.0), ))
-
 if stresstest:
     """Inital Strength test"""
-
     if not error:
         #try:
         Magni = [5e-1]    # Skalarverdi til toyning
-        Ret = [0]         # Mulige lastretninger STRAINS:  exx, eyy, ezz,  exy,  exz,  eyz
+        Ret = [3]         # Mulige lastretninger STRAINS:  exx, eyy, ezz,  exy,  exz,  eyz
+        DIRSS=  ['Transverse2', 'Transverse3', 'Fiber_Parallel1', 'Shear23', '\Shear12', 'Shear13']
         strain = 0.0 * id[0]
         for roos in range(0,len(Ret)):
             strain = strain+ Magni[roos] * id[Ret[roos]]
@@ -148,16 +146,15 @@ def FrameFinder():
             print '\nInitial Strain Vector', np.round(strains,3)
             Type=''
             Dirs =''
-        if len(Ret)==1:
-            for roos in [Ret[0]]:
-                if roos == 3 or roos == 4 or roos == 5:
-                    Type = Type + '_Shear_'
+        for roos in [Ret[0]]:
+            if roos == 3 or roos == 4 or roos == 5:
+                Type = Type + '_Shear'
+            else:
+                if strains[roos] > 0:
+                    Type = Type + '_Tension'
                 else:
-                    if strains[roos] > 0:
-                        Type = Type + '_Tension_'
-                    else:
-                        Type = Type + '_Compression_'
-            Dirs = Dirs + Retning[roos]
+                    Type = Type + '_Compression_'
+            Dirs = Dirs + DIRSS[roos]
         if len(Ret)==2:
                 for roos in Ret:
                     if roos == 3 or roos == 4 or roos == 5:
@@ -167,12 +164,12 @@ def FrameFinder():
                             Type = Type + 'Tension'
                         else:
                             Type = Type + 'Compression'
-                Dirs = Dirs + Retning[roos]
+                    Dirs = Dirs + DIRSS[roos]
 
 
 
-        cases = [[Dirs + Type + '__Rand-' +str(int(ParameterSweep*scsc)) +  str(Q), strains]]
-        Sigmapaths = Tekstfiler + '/Stresstests/'+ Dirs + Type + '__Rand-' +str(int(ParameterSweep*scsc)) +  str(Q) + '.txt'
+        cases = [[Dirs + Type + '__Rand-' +str(key) +  str(Q), strains]]
+        Sigmapaths = Tekstfiler + '/Stresstests/'+ Dirs + Type + '__Rand-' +str(key) +  str(Q) + '.txt'
 
         for Case in cases:
             Jobbnavn, Strain = Case

Abaqus_modellering/Set_text_dirs.py

@@ -19,4 +19,4 @@
 
 wiggle = random() * rmean  # Omplasseringsgrenser for fiberomplassering
 
-RVEmodellpath = workpath + 'RVEmodel__Parameter-' + str(int(ParameterSweep*scsc)) + '__RandKey-' + str(Q)
+RVEmodellpath = workpath + 'RVEmodel__Parameter-' + str(key) + '__RandKey-' + str(Q)

Abaqus_modellering/TestVariabler.py

@@ -4,9 +4,9 @@
 #numCPU = multiprocessing.cpu_count()
 numCPU = 1
 Model = 1
-FoundStiff = 1
+FoundStiff = 0
 analyse = 1
-stresstest = 1
+stresstest = 0
 if Model:
     Createmodel = 1
     Savemodel = 1

Abaqus_prosessering/PlotSigmas.py

@@ -34,7 +34,7 @@ def plotStressStrainData():
         plt.plot(x,Stresses[4], 'g--',label='\u03C423')
         plt.plot(x,Stresses[5], 'c--',label='\u03C412')
         plt.plot(x,Stresses[6], 'm--',label='\u03C413')
-        fis=fily.split('99')
+        fis=fily.split('__')
         plt.title('Plasticity models, Stress Strain curve:\n'+fis[0])
         plt.ylabel('Stresses [GPa]')
         plt.xlabel('Strain')