In this work, a novel model of pearlite colony with inclined orientation is proposed for
understanding the deformation behavior of heterogeneous lamellar structures. The …

Mechanical response of metals is strongly dependent on the strain rate and exhibits drastic
change as the strain rate varies across> 10 orders of magnitude from quasistatic to shock …

The oxide dispersion strengthening (ODS) high entropy alloy (HEA) exhibits the high
elevated temperature performance and radiation resistance due to severe atomic lattice …

Application of HFQ® technology to 7xxx-series alloy sheet has attracted increased attention
because of the rapidly growing demand for lightweight automobiles. The present research …

How to achieve high-entropy alloys (HEAs) with ultrahigh strength and ductility is a
challenging issue. Precipitation strengthening is one of the methods to significantly enhance …

The hot deformation behavior of the as-rolled 7050 aluminum alloy was investigated using
isothermal hot compression experiments with temperatures ranging from 300 to 460° C and …

The pursuit of developing high-performance Cu composites has always focused on
maintaining high electrical conductivity, while simultaneously enhancing strength and …

It has been widely confirmed that the formability of lightweight but difficult-to-form metals is
significantly improved during electromagnetic forming. However, the physical nature of the …

This study explores the effects of hot rolling with a shortened process on the microstructure
and properties of Cu–3Ti alloy compared to the traditional multi-pass forming, and the finite …

Abstract In this work, 2195 Al–Li alloys with various precipitation microstructures were
obtained by homogenization treatment followed by air-cooling (AC), discontinuous cooling …