| 1
|
TOTAL TRANSLATION
|
Grid point translational displacement vector resultant. Controlled by
DISPLACEMENT Case Control command.
|
| 2
|
T1 TRANSLATION
|
Grid point displacement vector in T1 direction (translational). Controlled by DISPLACEMENT Case Control command.
|
| 3
|
T2 TRANSLATION
|
Grid point displacement vector in T2 direction (translational). Controlled by DISPLACEMENT Case Control command.
|
| 4
|
T3 TRANSLATION
|
Grid point displacement vector in T3 direction (translational). Controlled by DISPLACEMENT Case Control command.
|
| 5
|
TOTAL ROTATION
|
Grid point rotational displacement vector resultant. Controlled by DISPLACEMENT Case Control command.
|
| 6
|
R1 ROTATION
|
Grid point displacement vector in R1 direction (rotational). Controlled by DISPLACEMENT Case Control command.
|
| 7
|
R2 ROTATION
|
Grid point displacement vector in R2 direction (rotational). Controlled by DISPLACEMENT Case Control command.
|
| 8
|
R3 ROTATION
|
Grid point displacement vector in R3 direction (rotational). Controlled by DISPLACEMENT Case Control command.
|
| 11
|
TOTAL VELOCITY
|
Grid point translational velocity vector resultant. Controlled by
VELOCITY Case Control command.
|
| 12
|
T1 VELOCITY
|
Grid point velocity vector in T1 direction (translational). Controlled by VELOCITY Case Control command.
|
| 13
|
T2 VELOCITY
|
Grid point velocity vector in T2 direction (translational). Controlled by VELOCITY Case Control command.
|
| 14
|
T3 VELOCITY
|
Grid point velocity vector in T3 direction (translational). Controlled by VELOCITY Case Control command.
|
| 15
|
TOTAL ANGULAR VELOCITY
|
Grid point angular velocity vector resultant. Controlled by VELOCITY Case Control command.
|
| 16
|
R1 ANGULAR VELOCITY
|
Grid point velocity vector in R1 direction (rotational). Controlled by
OLOAD Case Control command.
|
| 17
|
R2 ANGULAR VELOCITY
|
Grid point velocity vector in R2 direction (rotational). Controlled by VELOCITY Case Control command.
|
| 18
|
R3 ANGULAR VELOCITY
|
Grid point velocity vector in R3 direction (rotational). Controlled by VELOCITY Case Control command.
|
| 21
|
TOTAL ACCELERATION
|
Grid point translational acceleration vector resultant. Controlled by
ACCELERATION Case Control command.
|
| 22
|
T1 ACCELERATION
|
Grid point acceleration vector in T1 direction (translational). Controlled by ACCELERATION Case Control command.
|
| 23
|
T2 ACCELERATION
|
Grid point acceleration vector in T2 direction (translational). Controlled by ACCELERATION Case Control command.
|
| 24
|
T3 ACCELERATION
|
Grid point acceleration vector in T3 direction (translational). Controlled by ACCELERATION Case Control command.
|
| 25
|
TOTAL ANGULAR ACCELERATION
|
Grid point angular acceleration vector resultant. Controlled by ACCELERATION Case Control command.
|
| 26
|
R1 ACCELERATION
|
Grid point acceleration vector in R1 direction (rotational). Controlled by ACCELERATION Case Control command.
|
| 27
|
R2 ACCELERATION
|
Grid point acceleration vector in R2 direction (rotational). Controlled by ACCELERATION Case Control command.
|
| 28
|
R3 ACCELERATION
|
Grid point acceleration vector in R3 direction (rotational). Controlled by ACCELERATION Case Control command.
|
| 41
|
TOTAL APPLIED FORCE
|
Grid point applied force vector resultant. Controlled by
OLOAD Case Control command.
|
| 42
|
T1 APPLIED FORCE
|
Grid point applied force vector in T1 direction (translational). Controlled by OLOAD Case Control command.
|
| 43
|
T2 APPLIED FORCE
|
Grid point applied force vector in T2 direction (translational). Controlled by OLOAD Case Control command.
|
| 44
|
T3 APPLIED FORCE
|
Grid point applied force vector in T3 direction (translational). Controlled by OLOAD Case Control command.
|
| 45
|
TOTAL APPLIED MOMENT
|
Grid point applied moment vector rotational resultant. Controlled by OLOAD Case Control command.
|
| 46
|
R1 APPLIED MOMENT
|
Grid point applied moment vector in R1 direction (rotational). Controlled by OLOAD Case Control command.
|
| 47
|
R2 APPLIED MOMENT
|
Grid point applied moment vector in R2 direction (rotational). Controlled by OLOAD Case Control command.
|
| 48
|
R3 APPLIED MOMENT
|
Grid point applied moment vector in R3 direction (rotational). Controlled by OLOAD Case Control command.
|
| 51
|
TOTAL SPC FORCE
|
Grid point single point constraint force vector resultant. Controlled by
SPCFORCES Case Control command.
|
| 52
|
T1 SPC FORCE
|
Grid point single point constraint force vector in T1 direction (translational). Controlled by SPCFORCES Case Control command.
|
| 53
|
T2 SPC FORCE
|
Grid point single point constraint force vector in T2 direction (translational). Controlled by SPCFORCES Case Control command.
|
| 54
|
T3 SPC FORCE
|
Grid point single point constraint force vector in T3 direction (translational). Controlled by SPCFORCES Case Control command.
|
| 55
|
TOTAL SPC MOMENT
|
Grid point single point constraint moment vector resultant. Controlled by SPCFORCES Case Control command.
|
| 56
|
R1 SPC MOMENT
|
Grid point single point constraint moment vector in R1 direction (rotational). Controlled by SPCFORCES Case Control command.
|
| 57
|
R2 SPC MOMENT
|
Grid point single point constraint moment vector in R2 direction (rotational). Controlled by SPCFORCES Case Control command.
|
| 58
|
R3 SPC MOMENT
|
Grid point single point constraint moment vector in R3 direction (rotational). Controlled by SPCFORCES Case Control command.
|
| 61
|
TOTAL INTERNAL FORCE
|
Grid point internal force vector resultant. Controlled by
GPFORCE Case Control command.
|
| 62
|
T1 INTERNAL FORCE
|
Grid point internal force vector in T1 direction (translational). Controlled by GPFORCE Case Control command.
|
| 63
|
T2 INTERNAL FORCE
|
Grid point internal force vector in T2 direction (translational). Controlled by GPFORCE Case Control command.
|
| 64
|
T3 INTERNAL FORCE
|
Grid point internal force vector in T3 direction (translational). Controlled by GPFORCE Case Control command.
|
| 65
|
TOTAL INTERNAL MOMENT
|
Grid point internal moment vector rotational resultant. Controlled by GPFORCE Case Control command.
|
| 66
|
R1 INTERNAL MOMENT
|
Grid point internal moment vector in R1 direction (rotational). Controlled by GPFORCE Case Control command.
|
| 67
|
R2 INTERNAL MOMENT
|
Grid point internal moment vector in R2 direction (rotational). Controlled by GPFORCE Case Control command.
|
| 68
|
R3 INTERNAL MOMENT
|
Grid point internal moment vector in R3 direction (rotational). Controlled by GPFORCE Case Control command.
|
| 151
|
TOTAL MPC FORCE
|
Grid point multipoint constraint force vector resultant. Controlled by
MPCFORCES Case Control command.
|
| 152
|
T1 MPC FORCE
|
Grid point multipoint constraint force vector in T1 direction (translational). Controlled by MPCFORCES Case Control command.
|
| 153
|
T2 MPC FORCE
|
Grid point multipoint constraint force vector in T2 direction (translational). Controlled by MPCFORCES Case Control command.
|
| 154
|
T3 MPC FORCE
|
Grid point multipoint constraint force vector in T3 direction (translational). Controlled by MPCFORCES Case Control command.
|
| 155
|
TOTAL MPC MOMENT
|
Grid point multipoint constraint moment vector rotational resultant. Controlled by MPCFORCES Case Control command.
|
| 156
|
R1 MPC FORCE
|
Grid point multipoint constraint moment vector in R1 direction (rotational). Controlled by MPCFORCES Case Control command.
|
| 157
|
R2 MPC FORCE
|
Grid point multipoint constraint moment vector in R2 direction (rotational). Controlled by MPCFORCES Case Control command.
|
| 158
|
R3 MPC FORCE
|
Grid point multipoint constraint moment vector in R3 direction (rotational). Controlled by MPCFORCES Case Control command.
|