3D Connexion Version 6.6 Two-Way Radio User Manual


 
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RESTART
When the OVERLAY parameter is included, each increment w ritten overlays the previous
increment, if any, written for the same step. If this parameter is omitted, data are retained for every
increment. In either case the last increment of every step is retained.
There are no data lines associated with this option.
Using
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RESTART in an ABAQUS/Explicit analysis
Reference:
“Restarting an analysis,” Section 9.1.1 of the ABAQUS Analysis User ’s Manual
At least one of the following parameters is required:
READ
Include this parameter to specify that this analysis is a restart of a previous analysis. The basic
model definition data (elements, materials, nodes) cannot be changed at such a restart. However,
element sets, node sets, and
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AMPLITUDE tables can be added, and history data subsequent to that
part of the history already analyzed can be changed.
WRITE
Include this parameter to specify that restart data are to be written during the analysis.
Required parameter if the READ parameter is used:
STEP
Set this param eter equal to the step number at which the restart will be made. If the END STEP and
INTERVAL param eters are om itted, the analysis will resume after the last interval available in this
step.
Optional parameters if the READ parameter is used:
END STEP
Include this parameter to specify that the current step should be terminated at this point. The
INTERVAL parameter is required when this parameter is used.
This parameter is useful when the user wishes to redefine the loading history, contact surface
definitions, etc.
If this parame ter is omitted, ABAQUS/Explicit will continue the analysis from the last
available restart interval to complete the current step as it is defined in the run from which the
restart is being made.
INTERVAL
Set this parameter equal to the interval number within the step specified by the STEP parameter
after which the analysis will resume. The END STEP parameter is required when this parameter is
used.
17.15–3
ABAQUS Version 6.1 Module:
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