Abstract Additive Manufacturing (AM), or 3D printing, processes depend on a user-defined
set of optimized process parameters to create a component. Monitoring and control of AM …

The conflict between rapidly growing global energy demand and climate change is a grand
challenge that requires significant science and technology innovations. Advanced …

The possibility of using a variety of sensor signals acquired during metal powder bed fusion
processes, to support part and process qualification and for the early detection of anomalies …

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

An increasing number of metal components processed by additive manufacturing (AM) are
now being used in industrial applications. However, in the most demanding applications …

Due to the rapid development of precision manufacturing technology, much research has
been conducted in the field of multisensor measurement and data fusion technology with a …

In-situ monitoring of metal additive manufacturing (AM) processes is a key issue to
determine the quality and stability of the process during the layer-wise production of the part …

Despite continuous technological improvements in metal additive manufacturing (AM)
systems, process stability is still affected by several possible sources of defects especially in …

Selective laser melting (SLM) has been attracting a growing interest in different industrial
sectors as it is one of the key technologies for metal additive manufacturing (AM). Despite …

One of the most significant barriers to the broad adoption of additive manufacturing (AM) is
the qualification of AM produced parts. With the high market competition, quality has become …