extend parametrisation

Author: mkraska

NonLinear/3PB/Biegung.inp

@@ -15,13 +15,7 @@ Nsupport,3
 *include, input=c1s.sur
 *include, input=c2a.sur
 *include, input=c2s.sur
-*material, name=alu
-*elastic
-72000,0.3
-*plastic
-160,0
-215,0.04
-500,0.3
+*include, input=alu.inc
 *material, name=steel
 *elastic
 210000,0.3
@@ -42,7 +36,7 @@ Sc2a,Sc2s
 *static
 0.01,1,0.00001,0.02
 *boundary
-Nload,3,3,-20
+*include, input=load.bou
 *node file
 U
 *el file

NonLinear/3PB/Biegung.png

@@ -5,6 +5,7 @@ Tested with CGX/CCX 2.11
 + Plasticity
 + Penalty contact
 + Symmetry reduction
++ Parameters propagated to
 
 File                       | Contents    
  :-------------            | :-------------
@@ -32,12 +33,18 @@ domain is reduced to a quarter due to symmetry.
 | `ro` | 20 | radius of the intenter in mm |
 | `ra` | 6 | outer fillet radius of the profile in mm |
 | `cs` | 10 | dimension of the contact region in mm |
+| `Emodul` | 70000 | Young's modulus of the profile in MPa |
+| `Re` | 160 | yield limit of the profile in MPa |
+| `disp` | 20 | displacement of the indenter in mm |
+
 
 You may adjust the parameter values in the file [par.pre.fbl](par.pre.fbl) and then run
 ```
 > param.py par.pre.fbl
 > cgx -b pre.fbl
 ```
+The
+
 ![3PB.png](3PB.png)
 
 <img src="Refs/parts.png" width="400" title="Parts: Specimen, indenter and support">