In the spent fuel storage phase, nuclear fuel cladding is subjected to increased
embrittlement owing to a large amount of hydride precipitation. This study compares the …

Static recrystallization behavior and texture evolution of cryo-rolled (CR) GH159 superalloy
(35.7 Co-25.5 Ni-19.0 Cr-9.0 Fe-7.0 Mo, wt%) with 48% reduction during annealing were …

The effect of preoxidation on the tensile property of Cr-coated Zr-4 alloy was investigated.
Under tensile stress, cracks rarely occurred in the Cr coating preoxidized at 900° C, which …

This work investigated the effect of short-duration annealing on mechanical properties and
corrosion behavior of bulk ultrafine-grained (UFG) pure Ti (grade 2) produced by high …

In this paper we present recrystallization mechanisms in Zircaloy-4 alloy subjected to electric
current annealing while maintaining the surface temperature below 135° C. Electron …

In this study, two medium Zr-containing Ti-based alloys with commercially pure titanium as
control were systematically investigated to assess their potential biomedical application …

Zirconium alloys are primarily used in nuclear applications as a cladding material due to its
low neutron absorption, excellent mechanical strength, ductility, oxidation, and corrosion …

To explore the potential application of Zr-based alloys as structural materials, multilayered
Zr/Ti composites were fabricated by a vacuum diffusion annealing bonding process …

The rolling force model is the core of rolling model, and the prediction accuracy of the Zr-4
alloy cold rolling force model directly affects the control accuracy of the thickness and shape …

We herein report our investigation into the influence of cold-rolling on the recrystallization
texture of the Zr-1Sn-0.3 Nb-0.3 Fe-0.1 Cr alloy during annealing. The as-received plates …