Silicon carbide (SiC) is an attractive material for many industrial applications, such as
semiconductors, electronic power devices, and optical and mechanical devices, owing to its …

Laser-assisted micro-machining (LAMM) has emerged as a transformative technology in
precision manufacturing, enabling the creation of highly intricate micro-features on various …

The Machining of titanium alloys is challenging because of their high strength, low thermal
conductivity, high chemical reactivity, and high stresses at the cutting tool edges. Laser …

Mold steel is a typical material in precision molding for the massive production of optical
lenses. It has the outstanding mechanical properties and superior corrosion resistance …

This work proposes a novel method of the formation of micro-textured coated surfaces,
which may become an effective means to improve the machining quality and efficiency of …

In this paper, the surface roughness of SiC ceramics was investigated in laser-assisted
machining (LAM) processes; machine learning was used to predict surface roughness and …

Ceramic matrix composites have high hardness, so their machining requires high grinding
forces that cause severe wear of the grinding head. To investigate this problem, the present …

In the quest to enhance the performance of conventional high-temperature alloys, the
limitations of existing materials have become apparent. Refractory high entropy alloys …

H13 is a tool steel with good strength to thermal cracking, and resistance to wear, and
erosion. It is extensively employed in the manufacture of molds and dies. Because of its …

The integration of laser technologies and machine learning has marked a transformative era
in functional materials manufacturing. This review highlights how AI-driven methods …