Abstract Duplex microstructure in Zr-Nb alloy possesses excellent mechanical properties.
However, the effect of annealing temperature on the formation of duplex microstructure and …

A quantitative phase-field model has been developed to simulate the microstructural
evolution during the athermal β→ ω transformation in the Zr–Nb alloys by incorporating to a …

Multiphase bcc/B 2-based alloy systems have recently received considerable attention
because their microstructures are often remarkably similar to the γ/γ′ microstructure of Ni …

The internal stress developments of B2 compounds NiAl, CuZn, and CeAg are examined
using in situ neutron diffraction. CeAg is a representative of a newly discovered class of fully …

Microstructural and textural characteristics of Zr702 and Zr-2.5 Nb alloys before and after
rolling (50% reduction in thickness) were characterized and compared by employing …

In this work, a Zr-1Sn-0.3 Nb alloy plate was compressed to a true strain of 0.85 at a constant
strain rate of 0.001 s− 1 over wide temperature ranges (300° C, 550° C, 600° C, 650° C and …

The evolution of dislocation density and microstructure of a hot rolled Zr–2.5 Nb alloy under
compressive plastic strain, at room temperature, was analysed using neutron diffraction and …

The interaction of d transition metal additions with dislocations was studied in bcc alloys by
using the atomic row model with ab initio parametrization of the interatomic interactions …

The in-service properties and performance of dual-phase Zr and Ti alloys depend on their
crystallographic texture, which develops during hot-working and is affected by interactions …

To further improve the service performance of Zr-2.5 Nb alloy worked as pressure tubes in
pressurized heavy water reactors, more investigation about the microstructure and …