The past century has witnessed significant advancements in turning process, cutting tools,
machine controls and coolant/lubricant chemistry. These developments have particularly …

Advanced Modeling and Optimization of Manufacturing Processes presents a
comprehensive review of the latest international research and development trends in the …

In metal cutting, the magnitude of the temperature at the tool-chip interface is a function of
the cutting parameters. This temperature directly affects production; therefore, increased …

A review of advances in the use of lubrication techniques during machining operations as
well as the application of state-of-the-art nanofluids in machining is presented in this …

Out of all the mechanical energy generated during material cutting, the majority is converted
into heat, raising the temperature at the chip-tool interface, particularly in difficult-to-machine …

The concept of self-lubricating and self-cooling tools is proposed by combining the pulsating
heat pipe and surface texturing technologies. The laser beam machining and electrical …

High heat generation with the consequent increase in temperature is still a limiting factor for
productivity and quality in machining processes, mainly because it strongly affects the tool's …

To reduce the use of cutting fluid, the concept of transforming the tool or holder into an
automatic heat dissipation device was proposed. A novel structure of pulsating heat pipe self …

Cooling technology is vital in manufacturing industry, which can decrease cutting
temperature, assist chip removal and reduce or eliminate the generation of cutting liquid …

This paper presents a novel approach to measure the cutting temperature in process and
control it to some extent by using an internally cooled smart cutting tool with a closed internal …