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EBSD characterization of Alloy 2 plus T4 condition
EBSD characterization of Alloy 2 plus T4 condition -
STEM-EDS characterization of Alloy 2 plus microstructure after T4 treatment
STEM-EDS characterization of Alloy 2 plus microstructure after T4 treatment -
STEM characterization of Alloy 2 plus microstructure after T6 treatment
STEM characterization of Alloy 2 plus microstructure after T6 treatment -
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 -
STEM characterization of Alloy 2 microstructure after annealing at 350C for 1...
STEM characterization of Alloy 2 microstructure after annealing at 350C for 10 minutes -
STEM-EDS characterization of as-rolled Alloy 2 microstructure
STEM-EDS mapping of as-rolled Alloy 2 microstructure -
TEM/STEM characterization of as-rolled Alloy 2 microstructure
characterization of as-rolled Alloy 2 microstructure using transmission electron microscopy and scanning transmission electron microscopy -
EBSD characterization of annealed Alloy 2 microstructure
EBSD characterization of Alloy 2 (ZXEM2000) after annealing at 350 °C for 10 minutes. -
EBSD characterization of As-rolled Alloy 2 (ZXEM2000) microstructure
EBSD characterization results of As-rolled Alloy 2 (ZXEM2000) microstructure -
E-Form Plus Tensile Test Data
Dataset containing results of the temperature and strain-rate variations of the tensile test in three in-plane orientations. -
Dynamic recrystallization, texture, and grain growth + texture and formability
Electron backscatter diffraction (EBSD) was used to study the texture and microstructure unalloyed Mg, Mg-Ca binaries, and Mg-Zn-Ca ternary alloys subjected to plane strain... -
Energy dispersive x-ray spectroscopy of Mg-Ca and Mg-Sn binary alloys for DFT...
To investigate the solid solution strengthening contributions of Ca and Sn, the UIUC team developed physics-based DFT models to simulate unit mechanisms at the dislocation... -
Hardness of Mg-Ca and Mg-Sn binary alloys for DFT solid solution strengthenin...
To investigate the solid solution strengthening contributions of Ca and Sn, the UIUC team developed physics-based DFT models to simulate unit mechanisms at the dislocation... -
Grain size of Mg-Ca and Mg-Sn binary alloys for DFT solid solution strenghten...
To investigate the solid solution strengthening contributions of Ca and Sn, the UIUC team developed physics-based DFT models to simulate unit mechanisms at the dislocation... -
Compression of Mg - 0.35Ca - 0.5Zn (wt.%) at 300C - 10-3, 10-2 and 10-1 s-1
The UF team seeks to understand the role of Ca and Zn solutes on the texture evolution in Mg. One of the factors related to solte effects on texture is dynamic strain aging... -
Compression of Mg - 0.35Ca - 0.5Zn (wt.%) at 250C - 10-3, 10-2 and 10-1 s-1
The UF team seeks to understand the role of Ca and Zn solutes on the texture evolution in Mg alloys. One of the factors related to solute effects on texture is dynamic strain... -
Compression of Mg - 0.35Ca - 0.5Zn (wt.%) at 200C - 10-3, 10-2, 10-1 s-1
Compression testing was performed using an Instron 5582 universal testing system on cylindrical samples of Mg – 0.35Ca - 0.5Zn, measuring 16 mm in diameter and 24 mm in height... -
Compression of Mg - 0.35Ca (wt.%) 300C - 10 -3, 10 -2, 10 -1 s-1
Compression testing was performed using an Instron 5582 universal testing system on cylindrical samples of Mg – 0.35Ca, measuring 16 mm in diameter and 24 mm in height...