code ABAQUS

   id_string = "abaqus";

   # "Physical time" is of type(Any)
   PhysicalTime  (no=112, loc=global, dim=1, ipol=max, phys=0, aux=0);
   # "Boundary force vector" is of type(BC/Value)
   WallForce     (no=1004, loc=node, dim=3, type=flux, smethod=0, sindex=0, phys=5, aux=0);
   # "Nodal position" is of type(Grid)
   NPosition     (no=3041, loc=node, dim=3, type=field, smethod=0, sindex=0, phys=7, aux=0);

end

code FLUENT

   id_string = "fluent";

   # "Physical time" is of type(Any)
   PhysicalTime  (no=112, loc=global, dim=1, ipol=max, phys=0, aux=0);
   # "Boundary force vector" is of type(BC/Value)
   WallForce     (no=1004, loc=elem, dim=3, type=flux, smethod=0, sindex=0, phys=5, aux=0);
   # "Nodal position" is of type(Grid)
   NPosition     (no=3041, loc=node, dim=3, type=field, smethod=1, sindex=0, phys=7, aux=0);

end





quantities
      ABAQUS.PhysicalTime = FLUENT.PhysicalTime;
      ABAQUS.WallForce = FLUENT.WallForce;
      ABAQUS.NPosition = FLUENT.NPosition;
end




control

  check_mesh_quality = on; % alternative: off, default: on

end

contact
  global_dim=3;
  overlap = partial;
  matching_criterion = minimal_distance(
            theta1 = 0.1,
            theta2 = 1.2,
            theta3 = 0.1,
            rejection = 1e0
       );
end

switches
  output_level = 3;
  debug_level = 3;
end

jobs
  struct = ABAQUS (
    pwd = ".",
    nprocs = 1
  );
  flow = FLUENT (
    pwd = ".",
    nprocs = 1
  );
end


parameters
struct
(
  % coupled components
    CC_0000="mesh1/part0/dim2/ASSEMBLY_INNER/+WallForce/-NPosition"
);

flow
(
  % coupled components
  CC_0000="mesh1/part3/dim2/wall/-WallForce/+NPosition"
);

end