Nanofluids are efficient heat transfer media that have been developed over the past 27
years and have been widely used in the electronic microchannel, engine, spacecraft …

The current paper presents a novel approach of rapid tooling technique involving 3D printed
pattern and microwave sintering to develop the cutting insert with an inbuilt channel for the …

This research paper explores the integration of nanotechnology into Minimum Quantity
Lubrication (MQL) systems for enhancing machining processes. Nanotechnology offers a …

In order to obtain high precision in dimensions and better surface quality, the grinding
process has been extensively used. During the grinding of advanced materials, problems …

Cutting fluid in the material processing process is effective in taking away the heat
generated to reduce the cutting temperature, as well as reduce friction and wear to improve …

The use of petroleum-based lubricants in machining processes is dubious due to
environmental hazards and risks to human health. Plant-based cutting fluids are finding …

In our previous work, we find that the ethylene glycol (EG) is transferred to amorphous
carbon or graphene during sliding under the effect of the tribochemical reactions; herein, in …

This research provides an extensive review of the use of conventional and hybrid nanofluids
in various machining processes. Due to their enhanced thermal characteristics, nanofluids …