In order to create cooling holes in gas turbines, laser and EDM micro-drilling processes are
often relied upon due to the difficult-to-cut metals used in these components. Currently, there …

In order to create cooling holes in gas turbines, laser and EDM micro-drilling processes are
often relied upon due to the difficult-to-cut metals used in these components. Currently, there …

Laser drilling is a high-speed process that is used to produce high aspect ratio holes of
various sizes for critical applications, such as cooling holes in aero-engine and gas turbine …

Laser drilling is used to produce micro holes in various components which have widespread
applications in the automotive, aerospace and medical sectors. Many researchers have …

Drilling is an industrial process in which holes are produced by removal of material. This
process is relatively well established for macroscale machining. However, microscale …

The recent advances in the manufacturing technology have led to the development of
miniature products in the field of automobile, biomedical implants, biomedicine, aerospace …

Water jet guided laser overcomes the adverse effects of conventional laser cutting and
drilling processes, such as heat-affected-zone, spatter, burr formation, etc. Pressurized water …

The paper investigates the characteristics of the laser beam percussion micro-drilling
(LBPMD) process in aerospace nickel-based superalloy Hastelloy X using microsecond …

The laser micro-drilling (LMD) process is one of the nontraditional machining processes
most widely used for producing micro-holes, complicated shapes, and geometries. The …

Femtosecond laser drilling is extensively used to create film-cooling holes in aero-engine
turbine blade processing. Investigating and exploring the impact of laser processing …