In this paper, we systematically proposed the strategy of tailoring strain delocalization to
evade long-standing strength-ductility trade-off dilemma. The scientific contribution is to …

Characterizing the microstructure and deformation mechanism associated with the
performances and properties of metallic materials is of great importance in understanding …

Titanium matrix nanocomposites (TMNCs) with quasi-continuously distributed Ti 5 Si 3
reinforcements exhibit high material strength, good thermal stability, great tribological …

In order to improve the dam** capacity of aluminum matrix composites (AMCs) and
overcome the mutual exclusive of strengthening and dam** capacity, a new strategy that …

In this work, the Ti 2 AlNb/TiAl laminated composite is successfully fabricated by hot
pressing combined with the foil-foil metallurgy. The microstructure and the orientation …

In this work, the Al 2 O 3-reinforced high Nb–TiAl laminated composite is successfully
fabricated by an innovative way of direct-current magnetron sputtering combined with the foil …

For a particle-reinforced composite, strain attribute at both sides of the interface is a critical
factor influencing the mechanical properties. Here, we applied transmission electron …

In this study, reliable brazing of Ti 5 Si 3/Ti 3 Al composite and Inconel 718 alloy was
achieved using Ti-33Zr-16Cu-13Ni (wt%) filler alloy. The effect of brazing temperature on …

Severe plastic deformation is closely related to the microstructural behaviors of intermetallics
or grain refinement by mechanical milling and subsequent rapid sintering process, ie high …

The creation of new nanomaterials with improved characteristics, as well as the
development of new approaches to obtain such materials is an urgent task in science and …