Titanium alloys (Ti-alloys) have complicated multiscale hierarchical structures that enabled a
variety of excellent mechanical properties, such as strength, ductility, fatigue and creep …

Additive manufacturing of structural alloys results in the formation of complex
microstructures, often with long, columnar grains that grow epitaxially from existing grains. A …

Grain-scale microstructure evolution during additive manufacturing is a complex physical
process. As with traditional solidification methods of material processing (eg casting and …

SPPARKS is an open-source parallel simulation code for developing and running various
kinds of on-lattice Monte Carlo models at the atomic or meso scales. It can be used to study …

We present a scrutiny on the state of the art and applicability of predictive methods for
additive manufacturing (AM) of metals, alloys, and compositionally complex metallic …

The ability to additively manufacture functional alumina ceramics has the potential to lower
manufacturing costs and development time for complex components. In this study, the …

Determining a process–structure–property relationship is the holy grail of materials science,
where both computational prediction in the forward direction and materials design in the …

Metal additive manufacturing (AM) allows for the freeform creation of complex parts.
However, AM microstructures are highly sensitive to the process parameters used. Resulting …

Directed energy deposition (DED) is often utilized to coat metallic part with complex
geometries in a variety of anti-corrosion materials or high-temperature materials. Computer …

The solidification patterns are dominated by the surface tension of solid/liquid interface and
the transfer process of heat and mass. The continuously changing solidification parameters …