Cryogenically assisted manufacturing processes are emerging as environmentally-benign,
toxic-free, hazardless operations, producing functionally superior products. This paper …

Machining of Ni-based superalloys is a challenging issue, and it may lead to tool
deterioration, poor surface quality, and other structural defects. Therefore, the main theme of …

This paper deals with a comparative study of High-pressure jet, cryogenic, minimum quantity
lubrication and minimum quantity lubrication with nanofluid cutting environments during …

Hardox 500 is known as hard-to-cut steel possessing supreme abrasive wear resistance that
makes it suitable for industrial applications especially for transportation. However, such …

Advanced materials like nickel and titanium have unique combinations such as low thermal
conductivity, high chemical reactivity and hardness. All of these properties are desirable to …

This paper presents a range of variable machining factors which influence substantially
friction directly or by the tool wear developed in the cutting zone. The group of direct factors …

In recent years, developments in the defense, aerospace, and medical industries have
significantly increased the expectations regarding material performances. In particular, the …

This investigation provides comprehensive knowledge regarding metal cutting tribology with
the purpose of re-examining the role of Oxygen in the process mechanics. Special purpose …

The microstructuring of component surfaces is a method to optimize the adhesion of cells in
biological systems. Ultra-precision cutting represents a technology to manufacture …

Metal cutting processes involve severe frictional conditions at the tool-chip contact interface,
physico-chemical phenomena that are not fully understood and theoretical models with a …