SiCp/Al composites, known for their outstanding properties, are widely used in aerospace,
automotive, and other fields. Despite extensive research, a complete theoretical framework …

As a weight-reducing material in aerospace applications, carbon fiber reinforced polymer
(CFRP) requires precision grinding to ensure the accuracy and assembly of mating …

Micro-milling has been employed in various fields due to its efficiency, flexibility, material,
and structural versatility in the machining of small and high-quality parts. However, when …

Machinists face persistent challenges in managing heat dissipation during cutting
operations. To address this issue in an environmentally conscious manner, there is a need …

The machining surface integrity of aero-engine turbine disc slots has a significant impact on
their fatigue life and service performance, and achieving efficiency and high-precision …

Minimum quantity lubrication (MQL) is an effective method for addressing technical
challenges associated with high cutting loads during machining. Although much research …

The surface morphology and roughness of a workpiece are crucial parameters in grinding
processes. Accurate prediction of these parameters is essential for maintaining the …

The nickel-based high-temperature alloy GH4169 is the material of choice for manufacturing
critical components in aeroengines, and electrostatic atomization minimum quantity …

Nickel-based superalloy GH4169 is widely demanded in the aerospace industry due to its
superior properties. However, there are some problems such as serious tool wear and poor …

Ductile mode removal is always a popular topic in zirconia ceramic cutting and grinding. The
completely undamaged ductile mode grinding is extremely inefficient and difficult to control …