CORDIS Project
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This project investigates the dynamics of dislocations in atomic crystals, focusing on their role in plastic deformation. It aims to develop models that explain the stochastic behavior of dislocations and their implications for material properties.
The dominant mechanism for producing large irreversible (plastic) strain in atomic crystals is the motion of interacting dislocations, that are line defects in the crystalline lattice.
Their collective dynamics plays a dominant role in plastic yield, strain bursts, micron-scale size effects and creep deformation at high temperatures.
The project is motivated by the apparent technological need for developing a profound physically-based understanding of these phenomena.
We will apply state-of-the-…
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