Laser surface texturing is widely explored for modifying the surface topography of various
materials and thereby tuning their optical, tribological, biological, and other surface …

In industrial practise, decision makers should know performance characteristics, cost-and
energy-related impacts for choosing the most suitable manufacturing technology for a …

The special structure characteristics make 2.5 DC f/SiC composite a key material in high-
temperature parts of aerospace field. However, the micro-hole machining based on fiber …

In biomedical applications, micro-channels are one of the important features and are often
fabricated by laser ablation process. However, laser-processed micro-channels exhibit …

In the present study, a 30 W Q-switched fiber laser was adopted for milling 2024 aluminium
alloy sheet 2 mm in thickness. Square pockets, 10× 10 mm 2 in plane dimension, were …

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

Surface texturing with a laser beam is an effective method for engraving on the surface of
biomaterials. The four laser texturing parameters (scan speed, frequency, fill spacing, and …

Tetragonal zirconia polycrystal-alumina (ZA) composite behaves differently from other
ceramics when stressed; it clogs the crack tip and eventually maintains its mechanical …

Compared to monolithic ceramics, the ZA composite exhibits distinct behavior when
stressed. It serves to impede the propagation of the crack's endpoint and retains its structural …