4. Common object for one-sided contact#
4.1. Item NDIMCO#
This object is common to all formulations of unilateral contact, so it does not exist in the case of the formulation LIAISON_UNIL.
(o) '. CONTACT. NDIMCO ': V I long = ZDIME
Index |
Description |
Question CFDISI |
1 |
Space dimension |
NDIM |
2 |
Number of contact areas |
NZOCO |
3 |
Number of contact surfaces |
NSUCO |
4 |
Number of contact meshes |
NMACO |
5 |
Number of contact nodes |
NNOCO |
6 |
Not used |
|
7 |
Not used |
|
8 |
Total number of slave nodes |
NTNOE |
9 |
Total number of slave meshes |
NTMAE |
10 |
Total number of master nodes |
NTNOM |
11 |
Total number of master stitches |
NTMAM |
12 |
Total number of slave nodes actually in contact |
NTNOEC |
13 |
Total number of slave cells actually in contact |
NTMAEC |
14 |
Total number of master nodes actually in contact |
NTNOMC |
15 |
Total number of master meshes actually in contact |
NTMAMC |
16 |
Total Points |
NTPT |
17 |
Total number of points actually in contact |
NTPC |
18 |
Meshes→Node Connectivity Table Dimension |
NTMANO |
Notes:
The number of points only makes sense in the formulation CONTINUE (it then depends on the integration diagram). For discrete methods, it is equal to the number of slave nodes;
The term « actually in contact » corresponds to the case where the quantities are linked to a calculation resolution (RESOLUTION =” OUI “in DEFI_CONTACT). For example, for the nodes:
NTNOE: total number of slave nodes;
NTNOEC: number of slave nodes on which we will do the calculation;
NTNOEV = NTNOE - NTNOEC: number of slave nodes on which we will only do the pairing;