Despite continuous technological enhancements of metal Additive Manufacturing (AM)
systems, the lack of process repeatability and stability still represents a barrier for the …

The metal-based additive manufacturing (MAM) processes have great potential in wide
industrial applications, for their capabilities in building dense metal parts with complex …

One of the most perspective methods of additive manufacturing is selective laser melting. It
allows producing the parts directly from 3D-model to 3D-object from metallic powders and …

Selective laser melting (SLM) of intermetallic Ti–48Al–2Cr–2Nb powder is studied using
different and complementary methods:(a) experimental parametric analysis (variation of …

A growing research trend in additive manufacturing (AM) calls for layerwise anomaly
detection as a step toward enabling real-time process control, in contrast to ex situ or …

Compared with other additive manufacturing processes, the metal-based additive
manufacturing (MAM) can build higher precision and higher density parts, and have unique …

High-energy density beam processes for welding, including laser beam welding and
electron beam welding, are essential processes in many industries and provide unique …

Abstract In the Laser Powder Bed Fusion (LPBF) process, the local thermal history can vary
significantly over a part as the heat transfer characteristics and the laser scan path are …

The additive manufacturing (AM) technique has received considerable industrial attention,
as it is capable of producing complex functional parts in the aerospace and defense …

In laser cladding process, the inhomogeneous temperature distribution and the rapid
thermal cycle can lead to accumulation of thermal distortion and dimensional errors. The …