For some time, I have been studying how porosity, inclusions and surface roughness contribute to build up of localised equivalent plastic strain. For this I have used a simple strain hardening model. I now want to extend that work to include more complex material models: Bauschinger effect, kinematic hardening, Johnson-Cook, ratcheting, etc. I'm currently thinking cyclic loading, but quasi-static. My initial review of the topic has thrown up so many recent developments in the field that I think the appropriate first step is to write a detailed review paper. So, please consider this an invitation. If you have worked in this field and you have written papers I should include in the review, please let me know. If you would like to collaborate with me to co-author the review paper, again, please let me know. I have written a similar post to this in LinkedIn. I want to be as inclusive as possible, so please feel free to share to colleagues, or make suggestions to me as to how to reach out more effectively! Thank you!
Dear Alison, I developed a model of plastic deformation, which includes all the material features that you mentioned in your post. Here is the reference: “Bifurcation theory of plasticity, damage and failure” [Materials Today Communications 26 (2021) 102121]. I attached the article and the corrigendum.
I would be interested in collaborating with you on a review paper. Please find my direct e___mail for better communication.
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