In steel buildings, circular hollow sections (CHS) present several advantages such as
uniform behaviour in all directions, the possibility of obtaining composite behaviour by …

Technological quality is an important factor in industry processes. In this study an original
index for assessing the technological quality for laser and abrasive water jet cutting was …

We report on high aspect ratio cutting of aluminum, titanium, and steel using a water jet
guided laser system equipped with a frequency doubled Nd: YAG laser. The influence of the …

The latest research on applying beam oscillation in laser beam fusion cutting revealed
significant process improvements regarding speed and quality. The reason for this …

The main aim of this paper is to examine the impact of process parameters on the dross
height formation for CO 2 and fiber laser machining of SS 316L material. CO 2 and fiber …

We report a unique sensor system based on a InGaAs photodiode to detect the formation of
burr during near infrared fiber laser cutting. The sensor approach encompasses the …

The latest research on laser beam fusion cutting (LBFC) with static beam shaping have
shown a limitation in the quality of cut parts for thick steel plates (> 6 mm) when using solid …

We report on an innovative algorithm for an InGaAs and Si photodiode-based sensor system
to detect incomplete cuts during high-power near infrared fiber laser cutting. Using such dual …

Austenitic steels are among the stainless steels the most common used type of material to
produce sheet metal parts which can be manufactured by laser beam cutting in a useful …

The use of laser technology for materials processing has a wide applicability in various
industrial fields, due to its proven advantages, such as processing time, economic efficiency …