#blocage mouvement solide
 N_SO_arriere     UY
 N_SO          UX
 N_S           UX
 N_SE          UX
 N_arriere           UZ

 N_dpiUX          'UX= 4.'

 condition_limite_lineaire_

#--- delacement identique en x
   N_O enu= UX
   refs_associe= N_E fin_list_refs_associe_
   val_condi_lineaire= 0. coefficients= 1. 0. 0.  -1. 0. 0. fin_list_coefficients_

#--- delacement identique en y
   N_NO enu= UX
   refs_associe= N_SO fin_list_refs_associe_
   val_condi_lineaire= 0. coefficients= 0. 1. 0.   0. -1. 0.  fin_list_coefficients_

   N_N enu= UX
   refs_associe= N_S fin_list_refs_associe_
   val_condi_lineaire= 0. coefficients= 0. 1. 0.   0. -1. 0.  fin_list_coefficients_

   N_NE enu= UX
   refs_associe= N_SE fin_list_refs_associe_
   val_condi_lineaire= 0. coefficients= 0. 1. 0.   0. -1. 0.  fin_list_coefficients_

   N_SE enu= UX
   refs_associe= N_SO fin_list_refs_associe_
   val_condi_lineaire= 0. coefficients= 0. 1. 0.   0. -1. 0.  fin_list_coefficients_

   N_O enu= UX
   refs_associe= N_E fin_list_refs_associe_
   val_condi_lineaire= 0. coefficients= 0. 1. 0.   0. -1. 0.  fin_list_coefficients_

#--- delacement identique en z
   N_N_avant enu= UX
   refs_associe= N_S_avant fin_list_refs_associe_
   val_condi_lineaire= 0. coefficients= 0. 0. 1.     0. 0. -1.  fin_list_coefficients_

   N_NE_avant enu= UX
   refs_associe= N_SE_avant fin_list_refs_associe_
   val_condi_lineaire= 0. coefficients= 0. 0. 1.     0. 0. -1.  fin_list_coefficients_

   N_NO_avant enu= UX
   refs_associe= N_SO_avant fin_list_refs_associe_
   val_condi_lineaire= 0. coefficients= 0. 0. 1.     0. 0. -1.  fin_list_coefficients_

   N_O_avant enu= UX
   refs_associe= N_E_avant fin_list_refs_associe_
   val_condi_lineaire= 0. coefficients= 0. 0. 1.     0. 0. -1.  fin_list_coefficients_

   N_SE_avant enu= UX
   refs_associe= N_SO_avant fin_list_refs_associe_
   val_condi_lineaire= 0. coefficients= 0. 0. 1.     0. 0. -1.  fin_list_coefficients_