… of bimodal grain structure in Mg-Al-Zn alloys. For example, we found recently that bimodal
grain structure … of HPR while a more homogeneous grain structure appears in AZ31 and AZ61 …

… bimodal structured titanium sample at 700 C, the bimodal structure changed into another type
of bimodal structure … The high strength of the annealed bimodal structured titanium can be …

… This paper studied the role of bimodal-grained structure in strengths and … The bimodal-grained
structure consisting of fine … equiaxed structure, the bimodal-grained structure possessed …

… and improve the plasticity of the eutectic Ti–Fe alloy by bimodal structure formation. In the …
alloys having bimodal structure exhibit not only a high ultimate compressive strength of 2.53 …

… an exceptional combination of high toughness and high strength, ie, a K I c of 23.1 MPa·m
1/2 and a YS of 430 MPa. This is attributed to the formation of bimodal structure, LPSO phase, …

… for high strength, these two alloys with bimodal structure also show obvious work hardening
ability, which sustains uniform plastic elongation in tension without apparent loss of strength …

… of bimodal structures consisting of both equiaxed and fine lamellar grains. This specific
structure provides both a high strength (>700 MPa for Gr. 2 and,>850 MPa for Gr. 4) and high …

… typical aging hardening alloys which can obtain high strength after aging treatment, and it …
bimodal structure and intragranular nano-precipitates in a Mg-Gd-Y-Zr alloy for solving strength…

… , the ultrafine- and nano-scale grains provide the high strength, while the coarser grains …
the benefits of bimodal grain structure formation for the improvement of strength/ductility ratio in …

… eral, a bimodal distribution of constituent … of high-strength nanostructured materials. However,
there have been no studies related to the synthesis and mechanical properties of bimodal …