Texture weakening is generally adopted as one of the prominent methods to improve the
ductility of Mg alloys. In this work, we designed and fabricated the Mg-1Zn-1Sn-0.3 Y-0.2 Ca …

Grain boundary strengthening is an effective strategy for increasing mechanical properties of
Mg alloys. However, this method offers limited strengthening in bimodal grain-structured Mg …

Heterostructure metals as a new class of materials can effectively break the traditional
strength–ductility trade-off dilemma. In this study, the extruded sheet with the small extrusion …

By introducing heterogeneous lamella-structure, we obtained a superior strength-ductility
synergy in Mg-alloy associated with excellent strain-hardening ability, ie yield strength of∼ …

In this study we report novel results obtained with an extruded fine-grained Mg-2.5 at.% Y
alloy (FG Mg-2.5 Y) exhibiting tension/compression yield symmetry and reduced strength …

During the deformation of Mg alloys,{10-12} extension twin, as one of the most active
deformation mechanisms, contributed much to the formation of basal texture, yet little to …

A fine-grained microstructure with enhanced strength and ductility was fabricated in a Mg–
9Al alloy by tailoring multi-directional forging with dynamic precipitation. The dynamic …

The role of alloying element segregation at grain boundary on the microstructure and
mechanical properties is investigated in the case of Ca, Ce, and Nd addition in Mg-1Zn …

Fabricating gradient structure (GS) is increasingly adopted in structural engineering
materials due to the unique combinations of mechanical properties. In the present work, a …

This paper studied the role of bimodal-grained structure in strengths and asymmetry
behaviors of Mg-15Gd-1Zn-0.4 Zr (wt%) alloys under the as-extruded, compressive-yielded …