/BATCH 
/input,menust,tmp,'',,,,,,,,,,,,,,,,1 

WPSTYLE,,,,,,,,0

/CWD,'C:\Temp'          ! Change working directory

/FILNAME,plate01,0      ! Change jobname

/TITLE,Mr. Johnson's Plate with A Hole (FEA 1) 

/PREP7                  ! Enter Preprocessing
ET,1,PLANE183
  ! Select element type PLANE183, 2D Higher-order Quad.

MAT,1, 
  ! Read material properties from the ANSYS material library
MPREAD,'Al_a6061-T6','BIN_MPL','..\Program Files\Ansys Inc\v110\ANSYS\matlib\',LIB 

RECTNG,0,6,0,6,        ! Create a rectangle, by dimensions
PCIRC,0.5, ,0,360,     ! Create a circle by dimensions
ASBA, 1, 2             ! Subtract areas (circle from rectangle)

ESIZE,0.75,0,          ! Set global element size to 0.75 in.

FLST,5,2,3,ORDE,2      ! Graphical picking for:
FITEM,5,5
             ! (KP's of the hole in the plate)
FITEM,5,-6 
CM,_Y,KP
            ! Create a component '_Y' of current set of KP's
KSEL, , , ,P51X
    ! Select keypoints from picking, above
CM,_Y1,KP
          ! Create a component '_Y1' of selected KP's
CMSEL,S,_Y 
CMSEL,S,_Y1         ! Select the component '_Y1'
KESIZE,ALL,0.1      ! Set element size at selected KP to 0.1 in.
CMSEL,S,_Y 
CMDELE,_Y1 
         ! Delete temporary components
CMDELE,_Y 

MSHAPE,0,2D            ! Use 2D quadrilateral element shapes
MSHKEY,0               ! Set for FREE meshing
CM,_Y,AREA
ASEL, , , , 3          ! Select area no. 3
CM,_Y1,AREA            ! Create component '_Y1' pf areas
CHKMSH,'AREA'          ! Check to see if areas are already meshed
CMSEL,S,_Y
AMESH,_Y1              ! Mesh areas
CMDEL,_Y
CMDEL,_Y1              ! Delete temporary components
CMDEL,_Y2
FINISH                 ! Finish Preprocessing

 
/SOL
                   ! Enter solution

FLST,2,2,4,ORDE,2 
     ! Graphical picking for :
FITEM,2,9 
FITEM,2,-10 
DL,P51X, ,SYMM         ! Define symmetry on picked lines, above

FLST,2,1,4,ORDE,1      ! Graphical picking for :
FITEM,2,2 
/GO 
SFL,P51X,PRES,-1000,
   ! Define pressure on picked lines, above

SBCTRAN                 ! Transfer all solid model loads to nodes & elements

SOLVE                   ! Run the solution
FINISH                  ! Finish solution

/POST1                  ! Enter the general postprocessor