A wide-ranging, one-stop resource, the Materials Processing Handbook provides
groundbreaking coverage of processes applied to a myriad of solid materials. It presents the …

Particle coarsening in the late stage was investigated using numerical simulations. The
multiparticle diffusion problem was solved using a multipole expansion method which is …

A general polydisperse hard-sphere model for analyzing small-angle-scattering data from
spherical precipitates in alloys is presented. In the model the size distribution is chosen as a …

Experimental characterization of microstructure evolution in three binary Al–Li alloys
provides critical tests of both diffusion screening theory and multiparticle diffusion …

The kinetics of Li-rich clustering in multicomponent Al–Li–Cu–Mg is not only critical for
manufacturing high-strength and modulus products but also important for designing better …

Self-assembly due to phase separation within a miscibility gap is important in numerous
material systems and applications. A system of particular interest is the binary alloy system …

The collective interactions occurring within a population of spherical precipitates dispersed
throughout a contiguous matrix may be described on the basis of a diffusion screening …

Data on the equilibrium solubilities of the α Al-Li solid solution phase and the ordered
metastable δ′ Al3Li (L12 crystal structure) precipitate phase are critically reviewed, and a …

While the aging temperature is increased to low undercooling, 180° C for Al–9.7 at.% Li
alloy, the transitions of both the coarsening mechanism and the size distribution of δ …

Precipitation is a natural phenomenon that is known to play an important role in the
strengthening of Al–Li alloys. Cluster dynamics is powerful and effective in modeling the …