Hello, I'm trying to understand the rationale for limiting the evaluation of plastic collapse and ratcheting to basic structural elements, rather than transition elements or discontinuities.
I've been searching for info about this and haven't found a clear answer, at least to my limited...
With the hot spot method you get the structural stress (membrane plus bending), eliminating the peak component (pressure vessel analysis terms).
In shell geometries, you obtain the stress on the mid-surface, and in the post-processing the stress is extrapolated linearly to the theoretical outer...
Hello, I have some doubts about some concepts, maybe very basic, but I hope you can help me.
I know that hot spot is a method to eliminate peak stress, normally from the weld toe to evaluate fatigue in S-N curves that do not require this component, but I have also seen this method used in shell...
Hello, sorry if the question is very basic (I'm starting with ASME) but need to perform a fatigue analysis of a pressure vessel between 0 and 25 MPa according to ASME VIII-2.
I have compared the two elastic-plastic methods (Twice Yield and Cycle-by-cycle) and the results are very different, so I...
Hello mates,I'm getting into pressure vessels calculation with ASME VIII div.2 and I have some doubts about stress linearization (I know only non linear analysis are suitable for inexperienced people like me [smile] )
Maybe the question is very silly, but I'm still learning and i haven't found...
Hello!
I have to perform a fatigue analysis of an element of material C98500 (Nickel-aluminium bronze or copper alloy), but none of the curves in annex 3-F fits well. Maybe the one in c) for 70-30 coppe-nickel?
Can someone help me or give me some ideas on how to do it? I can use other codes as...
