Laser machining is a highly flexible non‐contact fabrication method used extensively across
academia and industry. Whilst simulations based on fundamental understanding offer some …

In this investigation, surface morphology and corrosion behavior of Nickel-Graphene Oxide
(Ni-GO) nanocomposite coating were investigated which is applied by electroplating method …

Monitoring laser ablation when using high power lasers can be challenging due to plasma
obscuring the view of the machined sample. Whilst the appearance of the generated plasma …

The aim of this research is to achieve a high-quality and long-lasting laser marking of
ammunition, which is of interest to the defense industry. The study is about the effects of …

This study investigates the role of incorporating alumina (Al 2 O 3) and molybdenum
disulfide (MoS 2) into an aluminium (Al) plasma sprayed coating on microstructure …

At present, with the development of high technology and materials science, the traditional
laser processing (NLP) method is no longer sufficient for the preparation of special surface …

Use of counterfeit goods has a large negative impact on manufacturing industry. Recently,
counterfeiting of additively manufactured parts is being facilitated by advances in 3D …

Femtosecond laser drilling is capable of economically drilling a number of closely located
holes on micro-scale. Different characteristics or acceptance criteria like geometric and …

Real-time imaging of laser materials processing can be challenging as the laser generated
plasma can prevent direct observation of the sample. However, the spatial structure of the …

A dual-loss-modulated Q-switched laser at 1.06 µm is investigated. Bi 2 Se 3 and Cr 4+:
YAG saturable absorber were simultaneously inserted into a laser cavity and used to study …