The work reported here was undertaken to seek a basis for in-line control of the gauge and
surface quality of aluminium alloy sheet processed by continuous equal channel angular …

ABSTRACT A new constitutive relation has been established by modifying Zerilli-Armstrong
formulation whose performance is investigated in simulating continuous-shear and shear …

Shear-based deformation processing by hybrid cutting-extrusion and free machining are
used to make continuous strip, of thickness up to 1 mm, from low-workability AA6013-T6 in a …

The characteristic segmented chip formation of titanium alloy Ti6Al4V leads to a periodic
excitation and therefore to vibrations during the process. One way to avoid these chip …

We demonstrate a novel approach to study shear banding in machining at low speeds using
a low melting point alloy. In situ imaging and an image correlation method, particle image …

Shear band, a kind of unstable plasticity behavior, limits deformability of nanoscale
materials, however the basic mechanism for such plasticity instability is still not understood …

Ultra-precision machining technology thrives in the fabrication of micro-optics that demand a
wide variety of complex micro-/nano-structures. This is achievable with excellent machine …

Commercial sheets, strips and wires are currently produced from aluminum alloys by multi-
step deformation processing involving rolling and drawing. These processes typically …

The isothermal compression dynamics of ternary Ti-6Al-4V alloy with initial martensitic
structures were investigated in the high temperature range 1083–1173 K and moderate …

Severe plastic burnishing was investigated as a promising surface severe plastic
deformation technique for generating gradient microstructure surfaces. The deformed state …