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

This work is focused on enhancing the sustainability and machinability in finish end-milling
of Nimonic 90 superalloy using nanofluid-assisted machining. The research deals with the …

In this study, during the turning process of Ti6Al4V alloy, which is difficult to machine,
nanofluid, whose base fluid is vegetable oil (sunflower oil), was applied to the cutting zone …

The insufficient infiltration of cutting fluid at the tool-chip contact interface during machining
poses a substantial challenge to achieving clean and efficient cutting processes. Key to …

This study explores the grindability and sustainability, focusing on tribological and
lubrication capabilities of water-soluble hybrid nanofluid under minimum quantity lubrication …

Under the background of fossil fuel depletion and global warming, the large amount of
carbon dioxide (CO 2) produced by industrial production was a renewable, clean and …

Incoloy 925, a Nikel-based superalloy, exhibits low machinability with conventional
machining techniques due to its inhomogeneous properties. Therefore, there is a need to …

SiC f/SiC composites are now the preferred option for the thermal structures of next-
generation advanced aero-engines, owing to their high-temperature strength, and creep …

SiCf/SiC composites have gained significant attention as a highly promising material for
engine thermal structures, primarily due to their remarkable high-temperature mechanical …

Rapid tool wear in machining difficult-to-cut material is a significant challenge since it is
related to tool cost, surface integrity of machined components, and power consumption. The …