Additive manufacturing of metallic alloys involves non-uniform temperature distributions and
rapid thermal cycles that result in microstructures featured with anisotropy, which differ …

A multiscale model is developed to investigate the evolution mechanisms of site-specific
grain structures during additive manufacturing (AM) of metallic alloys, using the selective …

A computational framework is developed to investigate the process-structure-property
relationship for additive manufacturing (AM) of Ti–6Al–4V alloy. The proposed model …

Additive manufacturing such as selective laser sintering and electron beam melting has
become a popular technique which enables one to build near-net-shape product from …

In this study, the microstructure evolution in the powder-bed electron beam additive
manufacturing (EBAM) process is studied using phase-field modeling. In essence, EBAM …

Additive manufacturing (AM) processes for metals, such as selective laser sintering and
electron beam melting, involve rapid solidification process. The microstructure of the …

Much of the latent promise of metal additive manufacturing (AM) rests in the potential for
controlled creation of spatially tailored microstructures, designed to optimize key build-scale …

To accelerate the establishment of fundamental understanding of the additive manufacturing
(AM) process and its influence on microstructural evolution and related properties, we …

Beam-based additive manufacturing (AM) is an innovative technique in which parts are built
layerwise, starting from the material in powder form. As a developing manufacturing …

Metal additive manufacturing (AM) has evolved from scientific curiosity to a potential
paradigm shift in materials manufacturing owing to its ability to control microstructure and …