*Parameter
x_a=300750.7033
z_a=99.9935
y_a=-300
x_b=300750.7033
z_b=99.9935
y_b=-299
x_c=299999.9834
z_c=99.74939
y_c=-300
*system
<x_a>,<y_a>, <z_a>,<x_b>,<y_b>, <z_b>
<x_c>,<y_c>, <z_c>
*include, INPUT=wheel_3D.inp
*include, INPUT=rail_3D.inp
**
** Constraint: feste_einspannung
*Coupling, constraint name=feste_einspannung, ref node=rail_correct-1_rail_corner, surface=rail_correct-1_rail_bottom
*Kinematic
**
** Constraint: innenfl_RP_const
*Coupling, constraint name=innenfl_RP_const, ref node=wheel-1_wheel_center, surface=wheel-1_Achse
*Kinematic
**
*Amplitude, name=Amp-1, definition=PERIODIC
1,         3.14159,              0.,              0.
             0.,        -30000.
** 
** MATERIALS
** 
*Material, name="Material wheel"
*Density
7800.e-9,
*Elastic
 210000., 0.3
*Plastic, hardening=COMBINED, datatype=PARAMETERS, number backstresses=1
406.,13200.,  3.12
*Cyclic Hardening, parameters
406., 152., 3.97
**
*Material, name="Material rail"
*Density
7800.e-9,
*Elastic
 210000., 0.3
*Plastic, hardening=COMBINED, datatype=PARAMETERS, number backstresses=1
406.,13200.,  3.12
*Cyclic Hardening, parameters
406., 152., 3.97
** 
** INTERACTION PROPERTIES
** 
*Surface Interaction, name=rail_wheel
1.,
*Friction
0.,
*Surface Behavior, penalty
, , 10.
** 
** 
** INTERACTIONS
** 
** Interaction: contact
*Contact Pair, interaction=rail_wheel, type=SURFACE TO SURFACE
rail_correct-1_rail_contact,wheel-1_wheel_contact
** ----------------------------------------------------------------
** 
** STEP: Step-1
** 
*Step, name=Step-1, nlgeom=YES, inc=100000
*Static
0.11, 1., 1e-05, 1.
** 
**
** BOUNDARY CONDITIONS
** 
** Name: feste_einspannung_rail Type: Symmetry/Antisymmetry/Encastre
*Boundary
rail_correct-1_rail_corner, 1,6
wheel-1_wheel_center, 1,1
wheel-1_wheel_center, 3,3
wheel-1_wheel_center, 4,4
wheel-1_wheel_center, 5,5
wheel-1_wheel_center, 6,6
** 
** LOADS
** 
** Name: Last   Type: Concentrated force
*Cload, amplitude=Amp-1
wheel-1_wheel_center, 2, 1.
**
** INTERACTIONS
** 
** Contact Controls for Interaction: contact
*Contact Controls, master=wheel-1_wheel_contact, slave=rail_correct-1_rail_contact, stabilize=1.
** 
** OUTPUT REQUESTS
** 
** 
** FIELD OUTPUT: F-Output-1
** 
*OUTPUT,FIELD,FREQ=100
*NODE OUTPUT
 U
*ELEMENT OUTPUT
 S,LE
*CONTACT OUTPUT
 CSTRESS,CDISP,CNAREA,CSTATUS
** 
** HISTORY OUTPUT: H-Output-1
** 
*Output, history, variable=PRESELECT
*Contact Output, nset=rail_correct-1_rail_all
CFS,
CFN,
CSTRESS,
CAREA
*End Step