!   TITLE:  gimb_brg_cp_cres.parm (AAAV)
!
!-----------------------------------------------------------------------
!       Rev -   09/01/2001      J. Rinaldi
!-----------------------------------------------------------------------
!
!   This part macro creates the parameter file for the AAAV gimbal
!   bearing cap: SK324A010
!
!-------------------- a.) Title and Units Declaration ------------------
!
/title,Gimbal Bearing Cap / CRES 410 / SK324A010
!
/units,bin
!
f_solve=0           ! 1=Mesh and solve
!
!
!------------------- b.) Part Name Selection Variable ------------------
!
name='gimb_bc'
arry_nam='gbc'
!
!------------------------ c.) Model C.S. Names -------------------------
!
ct_name='CSgbc0'            ! cartesian
cyl_name='CSgbc1'           ! cylindrical
sph_name='CSgbc2'           ! spherical
!
!-------------------- d.) Material and Element Type -------------------
!
mat_select,'c410'
!
!
ET,1,shell93
ET,2,solid95
ET,3,solid92
!
!------------------------- e.) Model Parameters -----------------------
!
Da01=180            ! total cap angle
aoffst=3            ! angle offset between thru-cut round and web wall
!
R01=0.070
!
parm_val,'gimbal','Dtorqj','dcapi',2.370
rcapi=dcapi/2
rcapo=1.715
!
parm_val,'gimbal','d9M','Dr01',2.5701       ! machining diameter
Dr01=Dr01/2
Dd02=0.188
Dd03=0.312
!
Dx01=0.225
!
rfilcap=0.125
!
parm_val,'gimbal','l17','Dz01',1.235
Dz02=0.170                                  ! web width
Dz03=0.400                                  ! thru cut width
Dz04=0.400
Dz05=0.500
Dz06=0.098
!
Dy01=3.826
Dy02=(1/3)*(rcapo-rcapi)                    ! web thickness
Dy03=0.100
Dy04=1.660
!
n=3                     ! number of slot cuts
w=0.075                 ! web thickness between slots (used when dt=0)
dt=5/16                 ! cutting tool diameter
dcut=0.050              ! depth of slots
!
phi=8                   ! manual input cut angles
theta=phi+53
!
a=0.525
b=0.100
!
!---------------------- f.) Model C.S. Coordinates --------------------
!
acs=CSrotax0                    ! active coordinate system
!
xc=0                            ! x coordinate center
yc=0                            ! y coordinate center
zc=0                            ! z coordinate center
!
rotxyc=0                        ! xy rotation
rotyzc=0                        ! yz rotation
rotzxc=0                        ! zx rotation
!
!----------------------------------------------------------------------