This informs the format of load data which is exported according to ANSYS export type.
The following is the OUTPUT of ANSYS and each component is described.
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! LOAD CASE = 1
!
TIME, time
FDELE, ALL
ACEL, ACC_X, ACC_Y, ACC_Z
OMEGA, VEL_RX, VEL_RY, VEL_RZ
DOMEGA, ACC_RX, ACC_RY, ACC_RZ
F, NODE, Lab, VALUE
LSWRITE
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1. TIME, time: Sets the time for a load step.
•TIME: Time at the end of the load step.
2. FDELE, ALL: Deletes force loads on nodes.
•NODE: Node for which force is to be deleted. If ALL, NEND and NINC are ignored and forces are deleted on all selected nodes
3. ACEL, ACC_X, ACC_Y, ACC_Z: Specifies the linear acceleration of body.
•ACC_X: the x - Linear acceleration
•ACC_Y: the y - Linear acceleration
•ACC_Z: the z - Linear acceleration
4. OMEGA, VEL_RX, VEL_RY, VEL_RZ: Specifies the rotational velocity of body
•VEL_RX: the x – Angular velocity
•VEL_RY: the y – Angular velocity
•VEL_RZ: the z – Angular velocity
5. DOMEGA, ACC_RX, ACC_RY, ACC_RZ: Specifies the rotational acceleration of body
•ACC_RX: the x – angular acceleration
•ACC_RY: the y – angular acceleration
•ACC_RZ: the z – angular acceleration
6. F, NODE, Lab, VALUE: Specifies force loads at nodes.
•NODE: Node ID according to the joint or force. The user can define Node ID using View Loads List.
•Lab: FX, FY, or FZ (forces) and MX, MY, or MZ (moments).
•VALUE: Force value.
7. LSWRITE: writes load and load step option data to a file