Laser beam drilling (LBD) is one of non contact type unconventional machining process that
are employed in machining of stiff and high-strength materials, high strength temperature …

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 …

In recent years, demand of titanium alloy (Ti6Al4V) in various industries especially
aerospace industries drastically increased. Several exceptional properties of titanium alloy …

The laser cutting capacity has increased significantly in recent years, owing to the rising
power of fiber lasers. Meanwhile, considerable emphasis is being paid to the quality of high …

Higher machining productivity and improved surface functionalities are major concerns in
laser micromachining. A pulsed fiber laser process (PFLP) is asserted in this study for …

The machinability of titanium (Ti) and carbon fiber reinforced plastic (CFRP)(Ti/CFRP/Ti)
laminates using CO 2 laser is presented in this work. The effect of line energy and laser …

Abstract Zirconia Toughened Alumina ceramic is widely used for aerospace components,
combustion chambers, heat exchangers, bearings and pumps mainly due to its improved …

Fibre-reinforced polymers are utilized for different industrial applications. Hybridization of
such fibre polymers aids in upgrading their performance. Kevlar-29, basalt fibre, and carbon …

Aluminum nitride (AlN) is essential material to electronics industry. Compared to traditional
machining methods, laser trepanning has become one of the most popular options for hole …

The study aims to design and develop an integrated system to model and optimize the direct
metal deposition process. Direct metal deposition is an emerging metal additive …