Recently, an efficient integrated forging process has been proposed in which solutionized
aluminum alloy extruded bars are directly hot forged and quenched. In this study, the hot …

The conventional forging process for 6082 aluminum alloy entails the following steps:
preheating, hot forging, solution heat treatment (SHT), and artificial aging. In this study, 6082 …

In the present work, different combinations of rolling used by the researchers as a novel
severe plastic deformation technique for the deformation of Al–Mg–Si alloys have been …

The effect of artificial aging temperatures on microstructure precipitation characteristics and
corrosion behavior of extruded 6082 aluminum alloy had been investigated. Electrochemical …

In the present investigation, grain refinement mechanism in 6082 Al alloy fabricated by multi-
axial forging at liquid nitrogen temperature (MCF) was proposed. The hardness and tensile …

The motivation of the present study is to explore ratcheting-fatigue behavior and the
corresponding micro-deformation mechanism of ultrafine-grained aluminum alloys 6061 …

Large true strain (up to~ 4.7) through hybrid severe plastic deformation (HSPD) technique
was imparted to Mg–4Zn–4Gd alloy, to study its influence on microstructural evolution …

Abstract Nb-1wt.% Zr was subjected to severe plastic deformation at room temperature using
multi-axial forging (MAF) in a closed channel die to an effective strain of 4.6. Separate such …

In this paper, a low-cycle-fatigue (LCF) crack initiation life prediction approach that explicitly
distinguishes nucleation and small crack propagation regimes is presented for ultrafine …

Ultrafine-grained aluminum alloys (UFG AA) show great potential in the design of fatigue-
resistant lightweight alloys, and the methodology to assess low-cycle fatigue (LCF) life …