A series of heterostructured materials with variable ratio of 316 powders in 18Ni300
powders were prepared by laser melting deposition (LMD). The microstructural evolution …

Severe rolling techniques show potential for enhancing the strength and ductility of metallic
materials, but the resulting microstructural anisotropy affects the mechanical behavior. The …

Since cross rolling promotes the transformation of austenite to deformation-induced α΄-
martensite and increases the dislocation density in the retained austenite, the reversion …

Abstract Copper-tin (Cu–Sn) serves as a prevalent alloy system in electronic packaging,
envisioned for future high-power device applications. However, interdiffusion in Cu–Sn …

The effects of cold rolling routes followed by annealing on the mechanical properties of AISI
316L stainless steel were characterized. Both unidirectional and cross rolling methods were …

This work reveals how trace Mn significantly improves high temperature strength of pure Zn.
The peak stress of pure Zn increases from 46 MPa to 84 MPa at 300° C/0.1 s− 1 after 0.8 …

Sag refers to the reduction in the free height of coil springs during actual usage, hence sag
resistance is one of the crucial properties of spring steel and its improvement is essential for …

At cryogenic temperatures, 316L austenitic stainless steel (ASS) exhibits remarkable
strength while retaining high ductility, defying the conventional stress-strain trade-off …

In this work, a copper–brass hetero-laminate with dual-heterostructured interfaces was
fabricated by diffusion welding in combination with cold deformation and annealing. These …

In this paper, a novel strategy for designing high entropy alloys (HEAs) with low cost and
high mechanical properties was proposed. Accordingly, a Fe-rich Co-free Fe 2 CrNiSi 0.3 Al …