Laser‐powder bed fusion (L‐PBF) is extensively adopted in the aerospace and automobile
industries for producing metallic components. The L‐PBF process involves rapid melting …

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

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 …

A uniform distribution of power density (energy flux) in a stationary laser beam leads to a
decrease in the overheating of the material in the center of the laser beam spot during laser …

Selective laser melting (SLM) is a commonly used powder bed fusion metal additive
manufacturing (AM) process. Although SLM is preferred due to its near-net-shape part …

Defects detection technology is essential for monitoring and hence maintaining the product
quality of additive manufacturing (AM) processes; however, traditional detection methods …

The article is devoted to the compressive review of the defects observed in the products of
the machinery usage made mainly of anti-corrosion steels of the martensite-austenite group …

Multi-sensor defect detection technology is a research hotspot for monitoring the powder
bed fusion (PBF) processes, of which the quality of the captured defect images and the …

Additive manufacturing (AM) technology such as selective laser melting (SLM) often
produces a high reflection phenomenon that makes defect detection and information …

This paper presents the design of an additive setup for the selective laser sintering (SLS) of
high-temperature polymeric materials, which is distinguished by an original control system …