The experimental measurement of the evolution of interfaces in three dimensions is
reviewed, concentrating on the evolution of polycrystalline and solid-liquid systems …

A hypoeutectic, Fe-modified Al–Ce–Ni alloy (Al–6Ce–3Ni-0.7 Fe, wt.%) is studied in terms of
microstructure, thermal stability, ambient temperature strengthening, and creep resistance …

The crystallization of solidifying Al-Cu alloys over a wide range of conditions was studied in
situ by synchrotron x-ray radiography, and the data were analyzed using a computer vision …

The origin of sliver defects in seeded single crystal castings has been determined to be the
deformation of dendrites in the mushy zone through microstructural characterization of a …

Melt flow during alloy solidification promotes more dendrite fragments or equiaxed grains
due to dendrite fragmentation, while the complex interactions between melt flow and …

Au-hyperdoped Si, synthesized by ion implantation and pulsed laser melting, is known to
exhibit a strong sub-band gap photoresponse that scales monotonically with the Au …

Dendrite sidebranch detachment is an important fragmentation mechanism during the
solidification of alloys. The detachment occurs at the junction between a sidearm and its …

The validity of prediction methods for garnet lattice parameters was tested, and a modified
model with best fit to a lattice parameter database with over 1000 garnet compositions was …

The local dynamics of dendritic sidearms during coarsening are studied by combining in-situ
radiography observations with numerical and analytical models. A flat sample of a Ga-In …

Cellular automaton-finite volume approach and finite element method are combined to study
flow-induced dendritic deformation in alloy solidification. Simulation results reveal that …