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Simulation input, output, visualization scripts, and visualizations created f...
Polycrystal models binary allows of MgSn and MgCa. Input geometries and meshes were generated using Neper. Input orientations were generated using MTex in Matlab. Simulations... -
Solution strengthening predictions
Summary of our solid solution strengthening calculations, along with expressions that can be used to predict yield stress changes for (10-11) compression twinning (CT1) edge... -
Solute interactions with the pyramidal-II stacking fault
DFT-optimized structures of the pyramidal-II stacking fault with a solute in different atomic layers near the fault plane. The dataset include the VASP input files (except... -
Solute interactions with the (10-12) tension twin boundary
DFT-optimized structures of the (10-12) tension twin boundary with a solute at different sites near the boundary. The dataset include the VASP input files (except POTCAR) and... -
Solute interactions with the (10-11) compression twin boundary
DFT-optimized structures of the (10-11) compression twin boundary with a solute at different sites near the boundary. The dataset include the VASP input files (except POTCAR)... -
Solute size misfits
DFT-computed size misfits for 64 solute species in hcp Mg. The dataset includes the VASP input files (except POTCAR) and output files OSZICAR and OUTCAR, a script to compute the... -
Solute interactions with the <c+a> edge dislocation
Core structures of the edge dislocation with an Al, Ca, Mn, or Sn solute at different sites in the core. The dataset include the VASP input files (except POTCAR) and output... -
Solute interactions with the <c+a> screw dislocation
No solute-dislocation interaction calculations were performed. -
Solute interactions with the (10-11) twinning edge dislocation
DFT-optimized core structures of the (10-11) twinning edge dislocation with an Al or Ca solute at different sites in the core. The dataset include the VASP input files (except... -
<c+a> screw dislocation
DFT-optimized core structure of the screw dislocation. The dataset include the VASP input files (except POTCAR) and output files OSZICAR and OUTCAR. -
<c+a> edge dislocation
DFT-optimized core structure of the edge dislocation. The dataset include the VASP input files (except POTCAR) and output files OSZICAR and OUTCAR. -
(10-11) twinning edge dislocation
DFT-optimized core structure of the (10-11) twinning edge dislocation. The dataset include the VASP input files (except POTCAR) and output files OSZICAR and OUTCAR. -
Crystal plasticity-based simulation of cross-forming
Simulations of cross-forming with crystal plasticity for EFORM+ Batch#1 at constant temperature and strain rate (200C, 0.01s-1) -
CALPHAD calculation of Alloy 2
CALPHAD prediction of solidification microstructure and diffusion simulation in Alloy 2. -
Mixing enthalpy of various equiatomic pairs in Mg (hcp) matrix
Calculation of mixing enthalpy of various equiatomic pairs in Mg (hcp) matrix -
Diffusion modeling of solutes in Alloy 2 plus
Diffusion modeling of solutes Al, Zn, Ca, Ce and Mn in Mg (hcp) using DICTRA software -
CALPHAD prediction of solidification microstructure
CALPHAD prediction of solidification microstructure and optimized thermomechanical processes for producing ZAXME11100 sheet alloy -
Input for Material Card 233+
This file is the inout deck for Material Card 233+ that is calibrated for Batch 1 at 200oC and 0.1s-1. -
Summary of numerical problems during mesh regularization for MAT233 calibration
Document explains the various numerical problems that were encountered during mesh regularization and calibration of MAT233 -
Simulations of various strain paths with crystal plasticity for Batch_ONE
Crystal plasticity simulations (for Batch_ONE at 200oC) of: - Balanced biaxial tension - Uniaxial compression along RD - Plane strain tension along RD and TD - Simple shear...