**
** coupling surfaces
**
*surface,name=lower_arm_right_hole_front
lower_arm_right_hole_front,spos
*coupling,ref node=94464,surface=lower_arm_right_hole_front,constraint name=lower_arm_right_hole_front
*distributing
**
**
*surface,name=lower_arm_right_hole_back
lower_arm_right_hole_back,spos
*coupling,ref node=94461,surface=lower_arm_right_hole_back,constraint name=lower_arm_right_hole_back
*distributing
**
**
*surface,name=lower_arm_right_tip
lower_arm_right_tip,spos
*coupling,ref node=906347,surface=lower_arm_right_tip,constraint name=lower_arm_right_tip
*distributing
**
**
*nset,nset=lower_arm_right_strut
*surface, type=node,name=lower_arm_right_strut
lower_arm_right_strut,1.0
*coupling,ref node=971497,surface=lower_arm_right_strut,constraint name=lower_arm_right_strut
*distributing
**
**--------------------------------------------------------------
** add dummy mass/rotary inertia to coupling ref nodes
*ELEMENT, TYPE=MASS, ELSET=lower_arm_right_mass
*MASS, ELSET=lower_arm_right_mass
<small_mass>,
*ELEMENT, TYPE=ROTARYI, ELSET=lower_arm_right_rotary
*ROTARY INERTIA, ELSET=lower_arm_right_rotary
<small_rota>,<small_rota>,<small_rota>
**--------------------------------------------------------------
*nset,nset=retained_lower_arm_right,unsorted
*nset,nset=retained_all
retained_lower_arm_right,
**