Nanometric cutting removes material at nanoscale and generates high-quality surfaces with
a nanometric finish. In past decades, it has thrived as a mainstream manufacturing …

This paper reviews recent advances in constitutive and friction data and models for
simulation of metal machining. Phenomenological and physically-based constitutive models …

The results of the investigation on the influence of texture on chip formation during
machining of Ti–6Al–4V alloy are reported in this work. Different textures are produced in …

Intermetallic alloys possess exceptional soft magnetic properties, including high
permeability, low coercivity, and high saturation induction, but exhibit poor mechanical …

Machining processes have made technological leaps in achieving ultraprecision material
removal and surface finishing at the submicrometric scale. At this level of precision, size …

Tantalum has long drawn the ire of machinist, being particularly difficult to cut. Often referred
to as being 'gummy,'cutting of tantalum is characterized by very thick chips, large cutting …

The mechanics of large-strain deformation in cutting of metals is discussed, primarily from
viewpoint of recent developments in in situ analysis of plastic flow and microstructure …

Experimental investigations of large strain deformation processes such as cutting and
sliding have primarily involved analysis of process-level variables such as deformation …

Adhesive wear is a result of material exchange due to localized adhesive bonding between
surface asperities at small scales. It has been recently debated whether a linear wear …

The cutting of metals has long been described as occurring by laminar plastic flow. Here we
show that for metals with large strain-hardening capacity, laminar flow mode is unstable and …