Minimum quantity lubrication (MQL) is considered a promising lubricating technique for
machining processes that can reduce the environmental impact of conventional flooding …

This literature review explores minimum quantity lubrication (MQL) machining, emphasizing
its benefits over traditional dry and flooded cooling methods. MQL is vital in manufacturing …

Intelligent techniques play a vital role in predicting the friction force during the wear of Ti-6Al-
4V alloy under different lubricating conditions. The effective assessment of friction forces and …

Titanium alloy materials are increasingly used in consumer products such as mobile phones
and computers. Currently, manufacturers use ultra-high speed machining techniques to …

With the increasing emphasis on sustainable manufacturing practices, eco-friendly
lubricants have gained significant attention to moderate the friction coefficient at the tool …

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 …

Aluminum 6082 alloys are commonly utilized in significant industries because of their
unique characteristics. However, they exhibit poor machinability as a result of their high …

This paper aims to conduct tool wear experiments on cutting SiCp/Al composite materials,
and methodically reveal the wear evolution of PCD tools in some detail. Based on the …

Tool flank wear, owing to its direct interaction with the machined surface, can have
detrimental effects on the workpiece surface integrity. This study investigates the impact of …

Friction between the tool and the workpiece during machining operations always increases
the tool wear rate. Removing this problem by using fluids and cooling the tools is essential …