Sagar Thakre
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I am trying to evaluate SIF for 3D plate using ansys APDL. Please share tutorial/notes if available.
The discussion focuses on evaluating the Stress Intensity Factor (SIF) for a 3D plate using ANSYS APDL, specifically under out-of-plane shear forces. The user seeks to understand how SIF varies along the thickness of the plate, emphasizing the context of brittle material fracture mechanics. While many resources exist for 2D plates, the user highlights a lack of tutorials addressing 3D scenarios. A recommended resource is the paper titled "Three Dimensional Static and Dynamic Stress Intensity Factor Computations Using ANSYS," which may provide relevant insights.
PREREQUISITESEngineers and researchers involved in fracture mechanics, particularly those working with ANSYS APDL for 3D modeling and analysis of brittle materials.
Thanks for your reply.Mech_Engineer said:Can you be more specific in what you're trying to do? What have you researched so far?
Yes, I am trying for brittle material fracture (Linear elastic fracture).Mech_Engineer said:Is this specific to brittle material fracture mechanics?
Sure...Mech_Engineer said:I did a little internet searching and found a couple of results, are you having trouble finding the information you need? We need you to actively contribute to this conversation if you're going to get anything out of it. ANSYS also has excellent documentation, what have you found in their help files?
Sagar Thakre said:Sure...
I have seen many tutorials for SIF evaluation. But all were for 2D plate. I am trying for 3D plate so that I can get variation of SIF along thickness.