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 …

Electron beam additive manufacturing (EBAM) is a relatively new technology to produce
metallic parts in a layer by layer fashion by melting and fusing the metallic powders. Ti–6Al …

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 …

Powder-bed beam-based metal additive manufacturing (AM) such as electron beam additive
manufacturing (EBAM) has a potential to offer innovative solutions to many challenges and …

Electron beam melting (EBM) is a powder bed additive manufacturing process where a
powder material is melted selectively in a layer-by-layer approach using an electron beam …

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

Build part certification has been one of the primary roadblocks for effective usage and
broader applications of metal additive manufacturing (AM) technologies including powder …

It is known that the melt pool geometry and dynamics strongly affect the build part properties
in metal-based additive manufacturing (AM) processes. Thus, process temperature …

The effect of the beam scanning speed on part microstructures in the powder-bed electron
beam additive manufacturing (EBAM) process was investigated in this research. Four levels …

The ability to deposit a consistent and predictable solidification microstructure can greatly
accelerate additive manufacturing (AM) process qualification. Process mapping is an …