Grinding is one of the important machining processes that are widely applied in precision
manufacturing. In the beginning, studies mostly focused on dry machining. In time, emerging …

To address the current bottleneck of debris formation mechanism in plastic removal for hard-
brittle materials, a minimum chip thickness (h min) model that considers lubrication …

To achieve sustainable production in machining, it is necessary to develop strategies to
effectively modify the way that components are produced industrially, with a particular …

Grinding induced sub-surface defects substantially impair the functionality of ceramic
components. Effective control of such defects is possible through identification and …

Studying the tribological behavior between diamond materials and ceramics is crucial for
understanding the grinding mechanism of diamond wheels on ceramics. To comprehend the …

Grinding plays an important role in the production of fine finishing surfaces. However,
generation of substantial amount of energy through rubbing, plowing and cutting actions in …

Zirconia bioceramics has tremendous potential in medical applications owing to
biocompatibility and high mechanical properties. Meanwhile, thermal damage and surface …

Abstract TiAl intermetallic alloy (Ti-45Al-2Mn-2Nb) is a typical hard-to-machine material
which was used in the aero-engines. To study its machinability, the high-speed grinding …

In order to alleviate the difficulties pertinent with conventional grinding, the current study
investigates the influence of ultrasonic-assisted grinding and atomized lubricants on surface …

The crack propagation mechanism of glass-ceramics is the theoretical basis for the
improvement of surface quality after grinding. The unclear mechanism of the multi-scratch …