ERROR # 1000 HELP!!!!!!
I want to analyze the stress and strain of helical gear pairs.
But I have already set the properties of all the components.
Does anyone have an idea? Help me.Please!
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Hi @siyemusu
The error is coming from RADPRM control card which is not required for a linear static analysis.
I can see you are trying to simulate gear mechanism with contacts. Please use NLSTAT with LGDISP instead of Linear static analysis.
Hi @siyemusu
The error is coming from RADPRM control card which is not required for a linear static analysis.
I can see you are trying to simulate gear mechanism with contacts. Please use NLSTAT with LGDISP instead of Linear static analysis.
Hi @ Prakash Pagadala ,(I don't know how to @ others...)
Should I delete the RADPRM control card like this?
<?xml version="1.0" encoding="UTF-8"?>
And where to set NLSTAT? I'm new to this software.
Yes, please delete Randprm and try again.
WARNING:
The amount of memory allocated for the run is 1601 MB, which
is larger than the specified (or the default) RAM= 1000 MB.
This run will use minimum core processing in the solver.
*** WARNING # 4732
Grid # 829909 of element # 746316 has been adjusted for CONTACT # 1.
*** PROGRAM STOPPED: ERRORS DURING ELEMENT QUALITY CHECK.
************************************************************************
A fatal error has occurred during computations:
*** PROGRAM STOPPED: ERRORS DURING ELEMENT QUALITY CHECK.
Still fail to run.
I have met this error for many times and I don't know how to deal with it.
Hi @siyemusu
Use ELEMQUAL>> TETRA>> TWIST ANGLE>> with an upper bound of 100 and check if that helps.
Hi @siyemusu
Use ELEMQUAL>> TETRA>> TWIST ANGLE>> with an upper bound of 100 and check if that helps.
I have remeshed the components and succeed to run the results.
Thank you for your help.
The elements are not connected nodally.I want to use interfaces. The element type should be stick or freeze?
Depends, Freeze will make sure that relative displacement between the nodes is zero,
Stick is a situation where nodes/elements from both components come in contact and stick to each other after that.
<?xml version="1.0" encoding="UTF-8"?>