Laser beam machining (LBM) as an efficient tool for material removal has attracted the
attention of manufacturing industries. Accordingly, there is a great motivation in the modeling …

Computational intelligence (CI) involves using a computer algorithm to capture hidden
knowledge from data and to use them for training “intelligent machine” to make complex …

Underwater laser ablation has become an alternative machining process that is able to
reduce the thermal damage in work materials caused by lasers. However, the disturbance of …

The simultaneous consideration of multiple conflicting properties in alloy optimization design
is necessary yet remains challenging. A comprehensive strategy of machine learning (ML) …

In the present study, laser milling tests were carried out on aluminium oxide (Al 2 O 3) plate,
3 mm in thickness, using a Q-Switched 30 W Yb: YAG fiber laser. A systematic approach …

We develop an experimental approach with the aim to bring a contribution to the
comprehension of the occurring phenomena during laser color marking of steels. A home …

Laser surface finishing of 3D printed components made by material extrusion is investigated.
A 30W CO 2 laser source, working in continuous wave (CW) mode, was employed to treat …

As micromachining is finding a lot of applications in various fields such as biomedical,
avionics, optics, and electronics, it is necessary to produce parts with good surface finish …

In this study, laser surface treatment of CFRP made of PPS thermoplastic matrix by means of
Q‐switched Yb: YAG fiber laser is investigated with the aim to improve CFRP adhesive …

The present article established empirical models of tool life, residual stress, and surface
roughness according to titanium alloy milling parameters. The empirical models were …