Reads explicit dynamics output into variables for time-history postprocessing.
Starting reference number assigned to the first variable.
Allowed range is 2 (the default) to
NV defaults to 30 for an explicit dynamics analysis.)
Label identifying the output file to be read. No default.
Read data from the GLSTAT file.
Read data from the MATSUM file.
Read data from the SPCFORC file.
Read data from the RCFORC file.
Read data from the SLEOUT file.
Read data from the NODOUT file.
Read data from the RBDOUT file.
Number identifying the data set to be read in (defaults to
Label = GLSTAT,
Label = MATSUM or RBDOUT,
the PART number [EDPART] for which output is desired. If
SPCFORC or NODOUT,
NUM is the node number for which
output is desired. If
Label = SLEOUT or RCFORC,
the number of the contact entity for which output is desired.
Load step range of data to be read in. If
blank, all load steps are read in.
EDREAD reads data from the specified ascii output file so that it may be used during postprocessing. After EDREAD, you must issue the STORE command to store the data in time history variables. Once stored, the variables can be viewed as plots of output item versus time.
The number of variables stored depends on the file specified. The following
table shows the items in each file and the order in which they are stored.
If data items were previously stored in variables
they will be overwritten. If more variables are needed, change
the NUMVAR command. (Note that hourglass energy will not
be available if it was not specified for the model [EDENERGY,1].)
The following items under MATSUM are listed in the MATSUM ASCII file (in the Mat no. field) for each part number at time intervals specified by the EDHTIME command. Use EDREAD,,MATSUM,NUM to specify the part number that corresponds to the mat number in the MATSUM file.
Resultant contact forces and sliding interface energies are available from the RCFORC and SLEOUT files, respectively. The RCFORC file is written for surface based contact types that include target and contact (master and slave) definitions. You should ensure that this file contains valid force results before issuing EDREAD,,RCFORC. Only the resultant contact forces on the master surface are available for time-history postprocessing.
|Time step||Internal energy||X force||X force||Slave energy|
|Kinetic energy||Kinetic energy||Y force||Y force||Master energy|
|Internal energy||X-momentum||Z force||Z force||Total slave energy|
|Spring and damper energy||Y-momentum||X moment||--||Total master energy|
|System damping energy||Z-momentum||Y moment||--||Total energy|
|Sliding interface energy||X-rigid-body- velocity||Z moment||--||--|
|External work||Y-rigid-body- velocity||--||--||--|
|Eroded kinetic energy||Z-rigid-body- velocity||--||--||--|
|Eroded internal energy||Hourglass energy||--||--||--|
|Total energy/initial energy||--||--||--||--|
|Energy ratio w/o eroded energy||--||--||--||--|
|Global X velocity||--||--||--||--|
|Global Y velocity||--||--||--||--|
|Global Z velocity||--||--||--||--|
Distributed ANSYS Restriction This command is not supported in Distributed ANSYS.