!   TITLE:  elev_reslvr_rotor.parm (AAAV)
!
!---------------------------------------------------------------------------
!       Rev -   08/10/2000      J. Rinaldi
!       Rev A   06/05/2002      D. Edwards
!               Added weight, volume and density calculation
!---------------------------------------------------------------------------
!
!   This parameter file is used for the elevation resolver rotor assembly
!   macro 'elev_reslvr_rotor.mac'.
!
!
!---------------------- a.) Title and Units Declaration --------------------
!
/title,Elevation Resolver Rotor / C551074041
!
/units,bin                      ! British/inch units
!
!--------------------- b.) Part Name Selection Variable --------------------
!
name='err'
arry_nam='err'
!
!--------------------------- c.) Model C.S. Names --------------------------
!
ct_name='CSr0'          ! cartesian
cyl_name='CSr1'         ! cylindrical
sph_name='CSr2'         ! spherical
!
!----------------------- d.) Material and Element Type ---------------------
!
W=.105                  ! [lbf] Measured weight from electronic scale
E=2.0e6                 ! [psi] Elastic modulus
nu=.27
!
et,1,shell93            ! element types
et,2,solid95
!
!--------------------------- e.) Model Parameters --------------------------
!
a=0.050             ! rotor parameters
b=0.205             ! see C550074899
c=0.158
d=0.475
!
lshim=.0175         ! shim distance on rotor hub
!
r1=1.309/2          ! lam. inner radius
r2=1.7568/2         ! lam. outer radius
!
r3=r1+a             ! wire inner radius
r4=r1+b             ! wire outer radius
!
l1=d-c              ! lam. axial length
l2=c                ! wire bundle width
!
!------------------------ f.) Model C.S. Coordinates -----------------------
!
acs=CSsl0                       ! active coordinate system
!
xc=0                            ! x coordinate center
yc=0                            ! y coordinate center
zc=lshim                        ! z coordinate center
!
rotxyc=0                        ! xy rotation
rotyzc=0                        ! yz rotation
rotzxc=0                        ! zx rotation
!
!---------------------------------------------------------------------------