SUMMARY
The discussion focuses on the need for primary sources of empirical material models, specifically those formulated by Ludwik, Holomon, Swift, Wok, Ludwikson, and Hill. The objective is to analyze existing mathematical models of elastoplastic materials, which necessitates understanding both the equations and their underlying rationale. Two relevant articles have been published by Belov P.A. and Golovina N.Yu. in 2019, detailing the Ramberg-Osgood model and its generalization. The participants suggest contacting material science labs for additional resources, acknowledging the difficulty in locating early 20th-century publications.
PREREQUISITES
- Understanding of elastoplastic material models
- Familiarity with mathematical modeling in material science
- Knowledge of the Ramberg-Osgood model
- Research skills for locating historical scientific publications
NEXT STEPS
- Research the Ramberg-Osgood model in detail
- Explore the original publications by Ludwik and Holomon
- Investigate current methodologies in elastoplastic material modeling
- Contact material science laboratories for access to primary sources
USEFUL FOR
Researchers, material scientists, and graduate students engaged in the study of elastoplastic materials and mathematical modeling will benefit from this discussion.