A three-dimensional computational framework has been developed combining a crystal
plasticity (CP) and a phase-field (PF) approach that can efficiently simulate static …

Abstract The process of Hot Form and Quench of aluminum alloys, called Direct HFQ®, has
been developed and applied to manufacture high-strength panel components, in which …

A procedure combining computational fluid dynamics modeling/Monte Carlo simulation was
implemented to predict grain refinement during friction stir processing (FSP) of an Al–Mg …

Integrated Computational Materials Engineering (ICME) is a set of methodologies utilized by
researchers and engineers assisting the study of material behaviour during production …

Thermomechanical processing of crystalline materials induces microstructural evolution
such as grain nucleation and growth. In the numerical simulation of these processes, grain …

In this work, the effects of post-deposition heat treatment on microstructural stability of cold
sprayed AA7075 aluminum coatings were thoroughly characterized. The as-atomized …

The characterization of elastic strain and stress at the grain level is becoming an important
route for validating meso-and nano-scale numerical models. The response of a grain to a …

Ti-35421 titanium alloy is a new near-β titanium alloy with low cost, and its size and
distribution of β grain are important microstructural parameters to influence the mechanical …

When a metal is loaded mechanically at elevated temperatures, its grain microstructure
evolves due to multiple physical mechanisms. Two of which are the curvature-driven …

In this paper, a physical-based constitutive model for cryogenic deformation was established
by introducing internal variables related to temperature, T and grain size, d. Uniaxial tensile …