The effect of high-pressure torsion process in a new die on the structure and mechanical
properties of corrosionresistant steel AISI 316 was studied. Deformation was carried out at room …

In recent years, severe plastic deformation has been one of the most popular methods of
increasing the mechanical properties of bars. Obtaining an ultra or nanostructure in such bars …

A traditional use of high cumulative reduction ratios is not effective for manufacturing wire
with high performance and mechanical properties, since cold plastic deformation reduces the …

The paper studies the properties of brass workpieces for antifriction rings under severe
plastic deformation by high-pressure torsion. The evolution of microstructure and mechanical …

In recent years, severe plastic deformation has attracted the most attention as a way to improve
the mechanical properties of steel bars. Obtaining ultrafine grains and nanostructures in …

This article investigates the effect of a new processing technology on the change in
microstructure and mechanical properties of bimetallic aluminum-copper wire. This technology …

Grain structure and mechanical properties of steel A570 GR36 alloy subjected to four passes
via combined “pressing–drawing” process at room temperature were investigated. In the “…

The aim of this work is to study the influence of the combined process of “pressing-drawing”
on the microstructure and mechanical properties of aluminum wire. Analysis of the results of …

This article presents the results of research on a new combined process involving multi-cycle
wire-drawing and subsequent cryogenic cooling after each deformation stage. For …

The present study was devoted to the effect of severe plastic deformation implemented by
the HPT method in a new design die at ambient and cryogenic temperatures on the …