Single point diamond turning SPDT is key technology to overcome the shortcomings of
conventional machining of optical components. In the last decade, researchers explored …

A consistent evolution in materials developed for the industry and chip-start cutting
processes has been acknowledged over the years. Cutting tool improvement through …

In this study, the prediction of surface roughness heights R a and R t of turned surfaces was
carried out using neural networks with seven inputs, namely, tool insert grade, workpiece …

In the present study, molecular dynamics simulation (MDS) is employed to study the wear
mechanism of single crystal diamond tool during nanocutting of copper beryllium (CuBe) …

The interaction of hard Be particles in CuBe alloy with cutting tool, during diamond turning of
CuBe contributes significantly to the tool wear. However, the mechanism of this interaction …

This study is an attempt (a) to observe the wear characteristic of diamond tool with 200km
cutting distance and to study the effects of wear on the surface roughness and cutting forces …

The present study adopts molecular dynamics simulation to analyze tool and hard particle
interaction in the nano-cutting of copper beryllium (CuBe). The presence of hard particles in …

Understanding the anisotropic sintering behavior of 3D-printed materials requires massive
analytic studies on their grain boundary (GB) structures. Accurate characterization of the …

Polymethyl methacrylate (PMMA) is widely used as substrate material for optical fabrication
in infrared and visual applications. The single-point diamond turning (SPDT) being one of …

Among all the materials, diamond turning of heterogeneous materials like copper beryllium
(CuBe) poses serious machining challenges as the heterogeneity in the workpiece affects …