Laser beam machining (LBM) is one of the most widely used thermal energy based non-
contact type advance machining process which can be applied for almost whole range of …

Laser beam machining (LBM) is a widely used thermal advance machining process capable
of high accuracy machining of almost any material with complex geometries. CO 2 and Nd …

Achieving precise kerf cut characteristics in laser beam cutting (LBC) is contingent upon the
meticulous modeling of the process. This research delves into a comprehensive …

In this paper the morphology of the laser cut front generated by fibre lasers was investigated
by observation of the 'frozen'cut front, additionally high speed imaging (HSI) was employed …

The growing use of titanium alloys has led to the gradual replacement of traditional
processing methods by laser cutting technology, making it the preferred method for …

This paper presents a study conducted to determine the effect of abrasive waterjet (AWJ)
and laser beam (LB) cutting technologies on surface roughness, Ra, and micro-hardness, µ …

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 coronary stent fabrication requires a high-precision profile cut. Fibre lasers present a
solution to accomplish these requirements. This paper presents an experimental study of …

In this paper, a micro-pin array with a high aspect ratio was fabricated on AISI 304 using
laser beam ablation for attachment to a vertical wall. In recent times, there has been …

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 …