Abstract While SiCp/Al composites are widely used in engineering applications owing to
their excellent material properties, the traditional machining of SiCp/Al composites remains …

The production of many components used in MEMS or NEMS devices, especially those with
com-plex shapes, requires machining as the best option among manufacturing techniques …

Laser-assisted diamond machining provides a cost-effective approach for cutting hard and
brittle materials. To expand its practical application, a comprehensive understanding of the …

In-situ laser assisted diamond cutting has achieved high-quality machining of fused silica.
However, the surface quality is influenced by multiple factors, making it challenging to …

While the laser-induced temperature field is a critical representation of the thermal softening
capability of in-situ laser-assisted turning (In-LAT), quantifying its correlation with the …

Abstract The machining of SiCp/Al composites containing high hardness SiC particles poses
a significant challenge. The nanosecond pulsed laser-assisted cutting method has been …

Tungsten carbide is known as an essential material for manufacturing industrial molds and
tools owing to its excellent mechanical properties. However, the high-efficiency finishing of …

S136 (STAVAX ESR) mold steel is an advanced material for the optical mold industry. The
precisely machined surface quality is essential for guaranteeing the excellent performance …

The hardness and brittleness of binderless tungsten carbide, make it difficult to fabricate
microlens array (MLA) on it. In this paper, an integrated milling-grinding machining method …

Due to the instability of amorphous alloys, the Ni-P alloy coating on the surface of injection
mold cores will crystallize after a long period in a high-temperature and high-pressure …