Grinding, a critical precision machining process for difficult-to-cut alloys, has undergone
continual technological advancements to improve machining efficiency. However, the …

Nanofluid minimum quantity lubrication (NMQL), which offers excellent economic and
environmental benefits, has the greatest potential to replace traditional metal grinding with …

Abrasive belt grinding is commonly used in the surface processing of key components of
major equipment, such as blade, blisk and rail, due to its cold and flexible processing …

High efficiency grinding of difficult-to-machine materials can generate a good amount of heat
in a short time. If the heat is not timely transferred, the accumulation of heat will cause a high …

The aero-engine manufacturing industry is booming in China, while sustainability is
neglected. For example, the grinding superalloy part uses a high-volume low-velocity flood …

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 …

Purpose This paper is supposed to provide a critical review of current research progress on
thermal management in grinding of superalloys, and future directions and challenges. By …

Grinding is the most common method of abrasive finishing. Still, the primary issue faced is
heat generation due to high-speed material removal, which leads to thermal damage on the …

The purpose of this study is to comparatively investigate the wear behavior of nickel-based
superalloy surfaces induced by mechanical polishing and grinding using the contact fretting …

Due to its high melting point, tungsten carbide is perfect for mold-core usage during glass
molding processes (GMP) such as those needed for manufacturing aspheric lenses …