The researchers have worked on many facets of machining of hardened steel using different
tool materials and came up with their own recommendations. Researchers have tried to …

Tool remaining useful life prediction is important to guarantee processing quality and
efficient continuous production. Tool wear is directly related to the working conditions …

This study presents an FEM-based approach to predict the rate of flank wear evolution for
uncoated cemented carbide tools in longitudinal turning processes. This novel approach …

The current paper emphasized on preparation methodology of aqueous Al 2 O 3-water and
TiO 2-water nanofluids and its application as the coolant in hard turning operations. The …

Background Now-a-days, newer hardened steel materials are coming rapidly into the market
due to its wide applications in various fields of engineering. So the machinability …

The present study addresses surface roughness, flank wear and chip morphology during dry
hard turning of AISI 4340 steel (49 HRC) using CVD (TiN/TiCN/Al 2 O 3/TiN) multilayer …

The effect of coating thickness and substrate roughness on the tool wear in turning is studied
experimentally. TiAlN coating of various thicknesses is applied on tungsten carbide (WC) …

SiCp/Al composites are extremely difficult to process due to the existence of reinforced
particles and the associated severe tool wear. The conducted experiments indicate that …

Tool wear during machining has been seen to result in changes in tool geometry, which
adversely affect the performance characteristic of the process. Various force models have …

Accurate cutting force prediction is crucial in improving machining precision and surface
quality in the micro-milling process, in which tool wear and runout are essential factors. A …