/TH/NODE

Block Format Keyword Describes the time history for nodes.

Format

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10)
/TH/NODE/thgroup_ID
thgroup_name
var_ID1 var_ID2 var_ID3 var_ID4 var_ID5 var_ID6 var_ID7 var_ID8 var_ID9 var_ID10
node_ID skew_ID or frame_ID node_name      

Definitions

Field Contents SI Unit Example
thgroup_ID TH group identifier

(Integer, maximum 10 digits)

  
thgroup_name TH group name

(Character, maximum 100 characters)

  
var_ID1, ...n Variables saved for TH (see table below)

(Character, maximum 8 characters)

  
node_ID Node identifier

(Integer)

  
skew_ID or frame_ID Skew or frame system reference for time history plot 3 4

Default out is the global system (Integer)

  
node_name Name of the node to appear in the time history

(Character, maximum 80 characters)

  

TH Output Keyword & Variables

Keyword Object Saved Variables
NODE Nodes DX, DY, DZ, VX, VY, VZ, AX, AY, AZ

VRX, VRY, VRZ, ARX, ARY, ARZ, X, Y, Z, TEMP

REACX, REACY, REACZ, REACXX, REACYY, REACZZ

DRX, DRY, DRZ, DX_iii, DY_iii, DZ_iii

Table of Available Variables - Part 2

Keyword Variable Group Saved TH Variables
NODE DEF

D

V

A

VR

AR

XYZ

 DX, DY, DZ, VX, VY, VZ

DX, DY, DZ

VX, VY, VZ

AX, AY, AZ

VRX, VRY, VRZ

ARX, ARY, ARZ

X, Y, Z

Output for Node

  • X: X coordinate
  • Y: Y coordinate
  • Z: Z coordinate
  • DX: X displacement
  • DY: Y displacement
  • DZ: Z displacement
  • VX: X velocity
  • VY: Y velocity
  • VZ: Z velocity
  • AX: X acceleration
  • AY: Y acceleration
  • AZ: Z acceleration
  • VRX: X rotational velocity
  • VRY: Y rotational velocity
  • VRZ: Z rotational velocity
  • ARX: X rotational acceleration
  • ARY: Y rotational acceleration
  • ARZ: Z rotational acceleration
  • REACX: X reaction force on node
  • REACY: Y reaction force on node
  • REACZ: Z reaction force on node
  • REACXX: XX reaction moment on node
  • REACYY: YY reaction moment on node
  • REACZZ: ZZ reaction moment on node
  • TEMP: Nodal temperature
  • DRX: X rotation
  • DRY: Y rotation
  • DRZ: Z rotation
  • DX_iii: interply iii relative displacement in X direction
  • DY_iii: interply iii relative displacement in Y direction
  • DZ_iii: interply iii relative displacement in Z direction

Comments

  1. It is not possible to have several times the same node in the same /TH/NODE group. Radioss Starter gives an error message in such a case. In order to have several outputs on the same node, in different skew systems use several /TH/NODE groups.
  2. Available names are listed in the two tables above.

    In the first table, TH-variables are listed. If a TH-variable is requested, this variable is written.

    In the second table, other variables groups are listed. If a variable group is requested, all the associated TH-variables are written at once.

  3. If a skew system is specified, coordinates, displacement, linear and angular velocities, linear and angular accelerations of the node with respect to the global system are projected onto the skew system.
  4. If a reference frame is specified, the local coordinates, relative displacement, relative linear and angular velocities, relative linear and angular accelerations of the node with respect to the frame are output.
  5. The reaction forces REACX, REACY, and REACZ and the reaction moments REACXX, REACYY, and REACZZ are output for nodes where imposed velocities, displacements, accelerations and boundary conditions are applied.
  6. DRX, DRY, and DRZ Output are available only for the nodes having rotational degree-of-freedom (e.g. nodes belonging to a shell element). Rotation is output in radian and represents rotation of the node around corresponding global axis passing through actual node position. For slave nodes of rigid body, the output gives rotation of the master node around corresponding global axis passing through actual master node position.
  7. DX_iii, DY_iii, and DZ_iii are only available for plyxfem formulation.