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Rolled alloy 2
Pictures showing symmetric and asymmetric rolled Alloy 2 at 275C. Symmetric rolling resulted in cracking while asymmetric rolling did not. -
Pole figures from Alloy 2+ asymmetrically rolled at 135C ~32%
Inverse pole figures and pole figures from Alloy 2+ asymmetrically rolled at 135C ~32% -
Pole figures from Alloy 2+ asymmetrically rolled at 275C ~56%
Inverse pole figures and pole figures from Alloy 2+ asymmetrically rolled at 275C ~56% -
Pole figures from Alloy 2+ rolled symmetrically at 275C ~ 36%
Inverse Pole Figure of Alloy 2+ rolled symmetrically at 275C ~ 36% -
Pole figures from Alloy 2+ asymmetrically rolled at 275C ~36%
Shear ratio 1:1.2, reduction ~36% -
SEM EBSD EDS results
This dataset has no description
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EDS/WDS raw data
This dataset has no description
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CALPHAD calculation of Alloy 2
CALPHAD prediction of solidification microstructure and diffusion simulation in Alloy 2. -
Formability of Alloy 2 as compared with other Mg alloys
Formability of Alloy 2 as compared with other Mg alloys -
Tensile properties of Alloy 2
Tensile properties of Alloy 2 -
Optical micrographs of Alloy 2 microstructure
Optical micrographs of Alloy 2 microstructure -
tensile curve of Alloy 2 plus T4 and peak-aged T6 condition
tensile curve of Alloy 2 plus T4 (480 °C) and peak-aged T6 (210 °C) condition -
Aging hardness response of Alloy 2 plus at 210 °C
Aging hardness curve of Alloy 2 plus at 210 °C -
Plot of I.E. at RT value of Alloy 2 plus as compared with other Mg alloys
Plot of I.E. at RT value of Alloy 2 plus as compared with other Mg alloys -
optical micrographs of Alloy 2 plus as-cast condition and after H480 homogeni...
characterization of Alloy 2 plus as-cast condition microstructure and microstructure after H480 homogenization -
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