Nanosecond laser cleaning provides an alternative cleaning method that displays a
significantly improved cleaning efficiency without environmental pollution. This paper reports …

Nanosecond pulsed laser cleaning is an indispensable green technology. A three-
dimensional (3-D) finite element model (FEM) was used to predict the surface temperature …

Liquid-assisted pulsed laser cleaning is achieved by coating kerosene on titanium alloy
oxide film, and the surface was processed to form micro-and nanostructured amorphous …

In this paper, the pulsed laser cleaning technology was used to remove the oxide film on the
surface of 7075 aluminum alloy. The effects of different laser energy density on the surface …

TA15 titanium alloy is sensitive to temperature, and it is one of the main materials used in
aircraft bearing parts that operate for long periods of time at 500° C. The thermomechanical …

This paper aims at investigating the effects of laser power, laser pulse repetition rate and
scan speed on the polished metal surface and subsurface characteristics. The influence of …

The research explores the use of femtosecond laser to clean the surface of Ti-6Al-4V alloy.
The laser ablation threshold was determined from either depths or diameters of laser …

In order to explore the influence of picosecond laser on the cleaning quality of 316L
stainless steel, and verify the feasibility of laser cleaning technology on stainless steel. In …

To investigate a novel method for removing thermal control coatings, nanosecond pulsed
lasers were used to clean inorganic thermal control coatings on aluminum alloys. This study …

Recent developments on laser surface modification of titanium and its alloys are reviewed.
Due to the intrinsic properties of high coherence and directionality, laser beam can be focus …