Microfluidics affords precise control over the flow of multiphasic fluids in micron-scale
channels. By manipulating the viscous and surface tension forces present in multiphasic …

With the advent of demands for better mechanical properties for industrialization, it has
become necessary to venture into new processing routes like severe plastic deformation …

The most recent and advanced technique for grain refinement, Equal Channel Angular
Pressing, is used in bulk materials to enhance the mechanical and other properties of …

The goal of this research is to reduce the back-pressure needed to press throughout all
channels. Equal Channel Angular Pressing has acted upon in a single pass at various …

In this paper, the research status of equal channel angular pressing (ECAP) in the
preparation of ultrafine grained magnesium alloy is introduced. The research results in …

Equal channel angular pressing with partial back pressure (ECAP PBP) accumulates large
strains in a processed sample, while extruding it through a die with a modified geometry. In …

Equal-channel angular pressing (ECAP) is a prominent technique that imposes severe
plastic deformation into materials to enhance their mechanical properties. In this research …

In the present research, the passive and electrochemical responses of pure copper, heavily
deformed by equal channel angular pressing (ECAP), in a phosphate buffer solution (pH …

Residual stress remaining after plastic deformation significantly affects the physical and
chemical behaviors of materials. In this work, the residual stress distribution in Cu after …

Influences of die design parameters in terms of diameter ratio and length of the deformation
zone on the distribution of effective strain, filling fraction of the die exit channel and pressing …