Solutes that reduce yield strength anisotropies in magnesium from first principles
MR Fellinger, LG Hector Jr, DR Trinkle - Physical Review Materials, 2022 - APS
Using Labusch-type solid solution strengthening models parameterized with DFT-computed
solute-dislocation interaction energies, we perform a computational search for 63 solutes …
solute-dislocation interaction energies, we perform a computational search for 63 solutes …
Solutes that reduce yield strength anisotropies in magnesium from first principles
MR Fellinger, LG Hector… - Physical Review Materials, 2022 - experts.illinois.edu
Using Labusch-type solid solution strengthening models parameterized with DFT-computed
solute-dislocation interaction energies, we perform a computational search for 63 solutes …
solute-dislocation interaction energies, we perform a computational search for 63 solutes …
Solutes that reduce yield strength anisotropies in magnesium from first principles
MR Fellinger, LG Hector Jr, DR Trinkle - Physical Review Materials, 2022 - osti.gov
Using Labusch-type solid solution strengthening models parameterized with DFT-computed
solute-dislocation interaction energies, we perform a computational search for 63 solutes …
solute-dislocation interaction energies, we perform a computational search for 63 solutes …
Solutes that reduce yield strength anisotropies in magnesium from first principles
MR Fellinger, LG Hector… - Physical Review …, 2022 - ui.adsabs.harvard.edu
Using Labusch-type solid solution strengthening models parameterized with DFT-computed
solute-dislocation interaction energies, we perform a computational search for 63 solutes …
solute-dislocation interaction energies, we perform a computational search for 63 solutes …