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Explore multi-scale modeling approaches for understanding plastic deformation properties of materials subjected to extreme pressure and temperature conditions in this 53-minute conference talk. Learn how computational methods bridge different length and time scales to predict material behavior under high-pressure environments relevant to geophysics and mineral physics applications. Discover the theoretical frameworks and simulation techniques used to model plastic flow, dislocation dynamics, and deformation mechanisms in crystalline materials at extreme conditions. Examine case studies demonstrating how multi-scale modeling provides insights into the mechanical properties of minerals and materials found in Earth's deep interior, connecting atomic-level processes to macroscopic deformation behavior.
