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The local structure in high-entropy alloy deuterides probed by neutron total ...
High-entropy alloys (HEAs) typically contain four or more principle elements in approximately equimolar amounts. It was recently discovered by the co-proposer that a... -
Crack Trajectory Modification due to Residual Stress induced by Laser Shock P...
Laser Shock Peening (LSP) is an advanced manufacturing process capable of introducing compressive residual stress within a component. Cracks in aeronautical structures can grow... -
Strains and textures in sodium bismuth titanite
This dataset has no description
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Load partitioning analysis for duplex steels and the evolution of change in r...
We aim at modelling the effect of local phase-specific micro residual stresses on the residual stress evaluation for multiphase materials and plan to study the effect of local... -
Complimentary Neutron & X-ray Total Scattering Study of Doped Ceria-Zirconia ...
In 2020, strict legislations will be introduced, further restricting the CO, NOx, and hydrocarbon gas emission for motorcycles (MCs). In this industrial postdoc project,... -
Investigating artificial multiferroic structures using polarised neutron refl...
Multiferroic systems have more than one functionality, i.e. ferromagnetism, ferroelectricity, ferroelasticity and ferrotoroidicity. In nature there are few materials that... -
In-situ Observation of Strain Evolution of Hydrogen Pre-charge Super Duplex S...
Mechanical properties of metals can be largely degraded by the present of solute hydrogen, and this phenomenon is referred as hydrogen embrittlement. This phenomenon has been... -
Investigation of the effect of crack propagation on weld zone residual stress...
Welds have an associated residual stress field that affects the propagation rate of weld zone defects/cracks. Crack propagation modifies the local stress field through residual... -
Length-scale, geometry and gluing effects on stress-free lattice parameter me...
Stress-free lattice parameter measurements in d0 cubes extracted from a nuclear power plant mock-up dissimilar metal weld have exhibited wide scatter among different... -
MEASUREMENT OF STRAIN PROFILES IN THE BODY OF LARGE-SIZED CERAMIC SLABS
The experiment wishes to measure the strain profiles across 12 mm thick reference ceramics slabs especially produced to minimize and maximize thermal stress during cooling. The... -
Towards reliable residual stress characterization in dissimilar metal welds
The proposed experiment is a continuation of the initial studies carried out on SALSA instrument (ILL, Grenoble) as part of the collaborative PhD project jointly funded by the... -
Neutron diffraction analysis of a failed 1400s wrought iron tie rod from Mila...
We propose to deeply investigate one metallic (iron based) failed tie-rod sample, from Duomo di Milano (Italy). The tie-rod, a typical iron strengthening element in gothic... -
Selective Laser Melting Induced Residual Stress in a Nickel-based Superalloy
Nickel-based superalloy is widely used in aerospace engine components for its excellent high-temperature performance. Because of the difficulty in producing superalloy... -
A Microstructure-Based Polycrystal Plasticity Study at the Propagating Fatigu...
An investigation of the elastic and plastic anisotropy of polycrystal in the vicinity of the fatigue-crack tip is of both scientific and practical significance to promote a... -
Measurement of the proton radius from the hyperfine splitting energy in muoni...
This dataset has no description
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Structural investigation of perovskite-based ferroelectric materials through ...
The aim of this proposal is a comprehensive structural investigation of a technologically-important perovskite-based ferroelectric material xBiScO3-(1-x)PbTiO3 through studying... -
Spatial distribution of phase proportions in a model metal-hydride hydrogen s...
This proposal supports development of multi-physics finite-element model of the performance of a metal-hydride hydrogen storage tank. While simple to use, a massive... -
Residual stress characterisation of machining on a wire arc additively manufa...
Wire Arc Additive Manufacturing (WAAM) is a rapid and cost effective approach that is suited to the production of large components. Machining of these parts is difficult due to... -
In-situ Neutron Diffraction Measurement combined with the First Cyclic Deform...
As additive manufacturing (AM) is moving into the production of more heavily loaded end-use components, particularly within the aerospace sector, improved understanding of the... -
Unravelling the temperature-pressure phase diagram for the multiferroic, BiFeO3
Bismuth ferrite is arguably the most widely studied multiferroic material due to room temperature magnetic and ferroelectric ordering. However, despite extensive research the...
