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

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 …

Ultra-precision machining is widely used in the manufacturing of national defense and
sophisticated civil products because of its high precision, nearly no surface damage and …

Extremely small cutting depths in nanoscale cutting makes it very difficult to measure the
thermodynamic properties and understand the underlying mechanism and behavior of …

A new approach to precision electroforming of a wafer scale nickel shim using a rotating
cathode with an auxiliary cathode mask is developed to improve thickness uniformity and …

In the current study, molecular dynamics modeling and simulation are carried out to analyse
mechanisms in tool-workpiece interaction in nanoscale cutting. Various combinations of a/r …

Atomic-scale surfaces and structures have been playing a significant role in the next
generation of devices and products. Potassium dihydrogen phosphate (KDP) crystals are …

The heterogeneous nature of the copper beryllium (CuBe) workpiece because of the
presence of hard particles tends to affect material removal. When machining a CuBe …

Micro-liquid floated gyroscopes are widely used in nuclear submarines, intercontinental
missiles, and strategic bombers. The machining accuracy of micro-ball sockets determined …

The use of vegetable oil-based cutting fluids under minimum quantity lubrication (MQL)
lubrication has been suggested as a potential alternative. The cutting fluid is conveyed in the …