Laser beam micromachining is a prominent method for micromachining applications. But it
has some drawbacks like thermal stresses, uncontrolled dimensions, burrs, and spatter …

This article is to capture some of the important developments in the rapidly growing areas of
laser-based manufacturing and materials processing and also to describe important …

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 …

This paper explores large area laser ablation of steel in air at ambient pressure and
compares the influence of different pulse duration regimes from femtosecond to …

The demand for improved machining productivity and good surface characteristics is of
utmost importance in laser micro-machining. This research asserts the pulsed laser …

In the present work, a fully coupled thermo-mechanical analysis is presented to obtain the
desired bend angle in the sheet made of AM30 magnesium alloy. The finite element method …

Laser machining in the nanosecond pulse regime utilises the heat induced by laser
irradiation to ablate solid material, however the heat-driven ablation is very often …

In this work the effects of the pressure between 1–150 Bar on pulsed laser ablation in liquids
(PLAL) during the production of silver nanoparticles (AgNPs) in water was investigated. The …

Laser machining and electrochemical machining (LM-ECM) of metal micro-hole is presented
in this study. Millisecond pulsed laser etches metallic materials by thermal effect, and …

The demand for miniaturized components is increasing day by day as their application
varies from industry to industry such as biomedical, micro-electro-mechanical system and …