Functional fatigue (FF) during thermal and mechanical cycling, which leads to the
generation of macroscopic irrecoverable strain and the loss of dimensional stability, is a …

A combined experimental and theoretical investigation of the transformation temperature
and transformation strain behaviors of a promising new Ni 50.3 Ti 29.7 Hf 20 high …

We draw upon existing knowledge of twinning and slip mechanics to develop a diffraction
analysis model that allows for empirical quantification of individual deformation mechanisms …

In-situ neutron diffraction measurements were performed during heat-treating and uniaxial
loading of additively manufactured (AM) GP1 material. Although the measured chemical …

A machine-learning interatomic potential based on the moment tensor framework (moment
tensor potential, MTP) for uranium and niobium binary system is developed to investigate …

The authors draw upon recent first-principles calculations of monoclinic NiTi elastic
constants to develop a combined numerical–empirical, texture-based approach for …

First-principle investigations are presented based on density functional approach to
calculate the elastic properties, stress-strain relations, phonon dispersion relations …

The mechanical properties of uranium-niobium alloys evolve with aging at relatively low
temperatures due to subtle microstructural changes. In-situ neutron diffraction …

In-situ neutron diffraction during cyclic tension-compression loading (∼+ 3.5% to− 2.8%) of
a 17Mn-3Al-2Si-1Ni-0.06 C steel that exhibits concurrent transformation and twinning …

A new methodology to predict potential pseudo-symmetric or systematically mis-indexed
orientations for an arbitrary crystal structure is presented. The method leverages the recently …