*HEADING
 SYMMETRIC RESULTS TRANSFER FOR TIRE MODEL
 3D HALF TIRE MODEL  
 needs ams_tire_full3d.inp
 STEP 0: TRANSFER TIRE INFLATION RESULTS FROM 
         TIRETRANSFER_AXI_HALF AND GENERATE
         MODEL USING *SYMMETRIC MODEL GENERATION
 STEP 1: BRING TRANSFERRED AXISYMMETRIC RESULTS
         TO EQUILIBRIUM
 STEP 2: FOOTPRINT ANALYSIS (DISPLACEMENT CONTROL)
 STEP 3: FOOTPRINT ANALYSIS (LOAD CONTROL)
 UNITS: KG, M
*RESTART,WRITE,FREQ=100
*NODE,NSET=ROAD
 9999,   0.0,   0.0, -0.31657
*SYMMETRIC MODEL GENERATION,REVOLVE,ELEMENT=500,NODE=500
 0.0, 0.0, 0.0,    0.0, 1.0, 0.0
 0.0, 0.0, 1.0
**160., 2,,C
 160., 6,,G
 40.,8,,G
 160., 6,, G
**160., 2,,C
*SYMMETRIC RESULTS TRANSFER, STEP=1,INC=4
*SURFACE,TYPE=CYLINDER,NAME=SROAD
 0., 0.,-0.31657,   1., 0.,-0.31657
 0., 1.,-0.31657
 START, -0.3, 0.
 LINE,   0.3, 0.
*RIGID BODY,REF NODE=ROAD,ANALYTICAL SURFACE=SROAD
*CONTACT PAIR,INTERACTION=SRIGID
 STREAD, SROAD
*SURFACE INTERACTION,NAME=SRIGID
*FRICTION
 0.0
*FILE FORMAT,ZERO INCREMENT
********************************************
*STEP,INC=100,NLGEOM=YES
 1:  BRING TRANSFERRED RESULTS TO EQUILIBRIUM
*STATIC, LONG TERM
 1.0, 1.0
*BOUNDARY,OP=NEW
 RIM,  1, 6
 ROAD, 1, 6
*DSLOAD,OP=NEW
 INSIDE, P, 200.E3
*NODE PRINT,NSET=ROAD,FREQ=0
 U,
 RF,
*EL PRINT,FREQ=0
*OUTPUT,FIELD,FREQ=1
*ELEMENT OUTPUT
 S,LE
*ELEMENT OUTPUT,REBAR
 S,LE
*NODE OUTPUT
 U
*CONTACT OUTPUT,VAR=PRESELECT
*OUTPUT,HISTORY,VAR=PRESELECT,FREQ=1
*NODE OUTPUT, NSET=ROAD
 UT,RF3
*END STEP
******************************************
*STEP,INC=100,NLGEOM=YES
 2:  FOOTPRINT (Displacement controlled)
*STATIC, LONG TERM
 0.2, 1.0
*BOUNDARY,OP=NEW
 RIM,  1, 6
 ROAD, 1, 2
 ROAD, 4, 6
 ROAD, 3, , 0.02
*END STEP
****************************************
*STEP,INC=100,NLGEOM=YES
 3:  FOOTPRINT (Load controlled)
*STATIC, LONG TERM
 1.0, 1.0
*BOUNDARY,OP=NEW
 RIM,  1, 6
 ROAD, 1, 2
 ROAD, 4, 6
*CLOAD, OP=NEW
 ROAD, 3, 3300.
*END STEP
*********************************
*Step, Nlgeom=Yes
 4: Frequency Extraction with Property Evaluation
*Frequency, eigensolver=ams, normalization=mass
5,,100.,8.,7.5,7.0
*Output, field
*node output, nset=RIM
u,
*End Step
**********************************
*Step, unsymm=yes
*Steady state dynamics, frequency scale=linear, interval=range
60,70,3
*cload
ROAD, 3, 1000.
*output, field
*node output, nset=RIM
U,
*End Step
**********************************