The interaction between a screw dislocation and an interstitial dislocation loop in pure iron is investigated using molecular dynamics methods
The interaction between the screw dislocation and the dislocation loop under the application of a constant strain rate
- The interaction between the screw dislocation and the 1/2<111> dislocation loop at different temperatures
- The interaction between the screw dislocation and the 1/2<111> dislocation loop with different sizes at the same temperature
The interaction between the screw dislocation and the dislocation loop with the application of different strain rates
- The interaction between the screw dislocation and the 1/2<111> dislocation loop at lower strain rates
- The interaction between the screw dislocation and the 1/2<111> dislocation loop at higher strain rates
The calculation of thermo-mechanical properties of nuclear fuels is performed using molecular dynamics methods
- The calculation of the lattice constant of uranium dioxide at different temperatures
- The calculation of the thermal expansion coefficient of uranium dioxide
- The effect of defect concentrations and temperature on the elastic constant of uranium dioxide
- The evolution of the defect number with respect to the simulation time
- PKA energy
- PKA direction
- Temperature
- The distribution of interstitial and vacancy clusters at the end of the displacement cascade
- The clustering ratio
- The size distribution of defect clusters
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