SECONCT

Bulk Data Entry Defines grid and scalar point connection procedures for a partitioned superelement.

Format

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10)
SECONCT SEIDA SEIDB TOL LOC
GIDA1 GIDB1 GIDA2 GIDB2 GIDA3 GIDB3 etc.

Example

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10)
SECONCT 1001 1002 1.0E-3 YES
21 31 22 32 23 33

Definition

Field Contents SI Unit Example
SEIDA Identification number of the superelement to be connected to SEIDB.

No default (Integer 0)

 
SEIDB Identification number of the superelement to be connected to SEIDA.

No default (Integer 0)

 
TOL Search tolerance for the boundary grid points.

Default = 1.0E-5 (Real)

 
LOC Coincident location checking for manual connection.
YES (Default)
Enables the checking.
NO
Disables the checking.

(Character)

 
GIDAi Identification number of a GRID or SPOINT in superelement SEIDA, which will be connected to GIDBi.

No default (Integer > 0)

 
GIDBi Identification number of a GRID or SPOINT in superelement SEIDB, which will be connected to GIDAi.

No default (Integer > 0)

 

Comments

  1. SECONCT can only be specified in the main Bulk Data section and not within a BEGIN SUPER section.
  2. TOL and LOC can be used to override the default values specified on the SEBULK entries.
  3. The (GIDAi, GIDBi) pair must both be grids or scalar points.
  4. This entry will only work if partioned superelements (BEGIN SUPER) exist.