Dislocation-precipitate interaction and solute segregation play important roles in controlling
the mechanical behavior of Ni-based superalloys at high temperature. In particular, the …

Along with the desire for develo** novel multi-principal element alloys, also known as
high-entropy alloys, the concern about their safe application is also increasingly growing …

Segregation to grain boundaries affects their cohesion, corrosion, and embrittlement and
plays a critical role in heterogeneous nucleation. In order to quantitatively study segregation …

Experimental and phase field studies of age hardening response of a high purity Al-4Cu-1Li-
0.25 Mn-alloy (mass%) during isothermal aging are conducted. In the experiments, two …

Ti 1− x− y Al x Zr y N cubic alloys within the 25–70% Al composition range have high age-
hardening capabilities due to metastable phase transition pathways at high temperatures …

In-situ TEM investigation of aging response in an Al–7.8 at.% Li was performed at 200° C up
to 13 hours. Semi-spherical δ′ precipitates growing up to an average radius of 7.5 nm were …

The current lack of quantitative knowledge on processing-microstructure–property
relationships is one of the major bottlenecks in today's rapidly expanding field of additive …

Directional grain growth is a common phenomenon in the synthetic and natural evolution of
various polycrystals. It occurs in the presence of an external driving force, such as a …

Phase-field studies of solid-state precipitation under strong chemo-mechanical coupling are
performed and benchmarked against the existing analytical solutions. The open source …

We investigate the evolution of large number of δ′ coherent precipitates from a
supersaturated Al-8 at.% Li alloy using large-scale phase-field simulations. A …