*ELSET,ELSET=Hood-Left-Conn
*SURFACE,NAME=HOOD-FENDER-CONN,TYPE=ELEMENT
Hood-Left-Conn,SPOS
*COUPLING,REF NODE=184775,SURFACE=HOOD-FENDER-CONN,CONSTRAINT NAME=HOOD-FENDER-CONN
*DISTRIBUTING
**--------------------------------------------------------
*ELSET,ELSET=Hood-Right-Conn
*SURFACE,NAME=HOOD-FENDER-CONN-RT,TYPE=ELEMENT
Hood-Right-Conn,SPOS
*COUPLING,REF NODE=184140,SURFACE=HOOD-FENDER-CONN-RT,CONSTRAINT NAME=HOOD-FENDER-CONN-RT
*DISTRIBUTING
**---------------------------------------------------------
*elset,elset=Hood-lock
*surface,name=Hood-lock,type=element
Hood-lock,SPOS
*COUPLING,REF NODE=2810218,SURFACE=Hood-lock,CONSTRAINT NAME=Hood-lock
*DISTRIBUTING
**---------------------------------------------------------
** add dummy mass/rotary inertia to coupling ref nodes
*ELEMENT, TYPE=MASS, ELSET=hood_mass
*MASS, ELSET=hood_mass
<small_mass>,
*ELEMENT, TYPE=ROTARYI, ELSET=hood_rotary
*ROTARY INERTIA, ELSET=hood_rotary
<small_rota>,<small_rota>,<small_rota>
**---------------------------------------------------------
*nset,nset=retained_hood,unsorted
*nset,nset=retained_all
retained_hood,
**