This study investigates the laser beam machining mechanism, surface formation
mechanisms, heat-affected zone, taper formation, and the dimensional deviation of the …

Glass-ceramic is a typical hard and brittle material that is difficult to use for ultra precision
machining. In order to improve the machining quality of glass–ceramic, orthogonal …

Laser assisted turning (LAT) is emerging as a significant process for machining various
materials. In this study, experimental analysis is carried out to investigate the machinability …

Hybrid machining processes are developed to achieve enhanced machining performance
for various materials. In this study, ultrasonic vibration and laser sources interact …

This study investigates the laser-assisted turning (LAT) of AISI 4340 hardened steel (∼ 52
HRC). Despite the various advantages of this process for machining hard materials, the …

As an essential structural metal in the aerospace industry, titanium alloys are widely used in
the manufacture of aero-engine blades and compressor key parts. However, it is difficult to …

Surface integrity of the machined surface is an important aspect considering their surface
alterations, metallurgical effects, and mechanical characteristics during the machining …

Experimental work is performed to investigate the machinability of Al 3003 alloy by varying
cutting speed and laser power during conventional turning and laser-assisted turning (LAT) …

Glass–ceramic is a widely used and difficult to machine material with high hardness and
brittleness. For this reason, in-situ laser-assisted machining (LAM) of glass–ceramic was …

Abstract High-precision Ti6Al4V surfaces with superior properties are in urgent demand in
the manufacturing industry. The existing production model that separates surface …