Warning Message Database
This section is comprised of warning messages in ascending numerical order.
#100 through #699
Warning 194
WARNING ID : 194
** WARNING IN HIERARCHY REFERENCE
DESCRIPTION :
-- SURFACE ID : 8300005857
-- INTER_group_830006186_of_PART_TITLE : PART
REFERENCE TO UNEXISTING ID=600000000
Description:
The Starter will print this message when an object (node, element, part, subset) is defined in a group of node, element, surface or line but does not exist in the model.
In the
example above, the part ID 600000000
is defined in the surface
830005857
. This part does not exist in the model.
Suggestion for Resolution:
Either remove the group or select object to redefine the group.
Warning 542
WARNING ID : 542
** WARNING RIGID BODY INERTIA
DESCRIPTION :
-- RIGID BODY ID : 136849917
-- RIGID BODY TITLE : MAT_RIGID_1500016_PART_325
UNPHYSICAL INERTIA :
PRINCIPAL INERTIA 249.2162969709 IS GREATER THAN THE SUM
OF THE 2 OTHER ONES 112.70695453317 + 48.42692228428
Description:
The Starter will print
this message when the inertia is not physical. In most cases this occurs when:
- Inertia have been defined but incorrectly in the case of Icog=3 and 4.
- Constant inertia has been defined (50) for Jxx, Jyy, Jzz, Jxy, Jxz and Jyz and Isphere is not set to 1.
This warning must be corrected as it could generate problems during the Engine.
Suggestion for Resolution:
For the
above case 2, a simple way to resolve is with HyperMesh. Inertia column is displayed in the rigid body
panel, select all the rigid with Jxx, Jyy, Jzz =50 and set Jxy, Jyz, Jxz =
0.
#700 through #1199
Error 1079
WARNING ID : 1079
** WARNING: CHECK TIED INTERFACE
DESCRIPTION :
-- INTERFACE ID: 1
-- INTERFACE TITLE: new Contact
CONCERNING 1 NODE(S)
SECONDARY NODE: 82 NEAREST SEGMENT : 1 MAIN NODES: 146 145 142 143
S = 1.400000000000 T = 1.160000000000 DIST = 2.9393876913398E-02
Description:
This message means
that the projection of secondary node ID
82
is outside the main
segment, but Radioss treats the projection as moving
this secondary node onto the nearest edge of the segment. S
and
T
are the distance of local 's' and 't' direction.