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yscan;y=-232.240
This dataset has no description
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Influence of yttrium on temperature dependence of internal strain development...
This experiment is part of a broader programme studying the effects of alloying on the properties of magnesium alloys with the aim of improving formability and reducing... -
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... -
Residual stress characterization of laser formed aluminium plates using neutr...
Laser forming is a novel manufacturing technique used to form metal sheet into complex geometries. The process is based on the introduction of thermal stress including plastic... -
In situ loading of Zr-2.5Nb-O at cryogenic temperatures
The proposed experiment will study the deformation of a two phase Zr-2.5Nb alloy at cryogenic temperatures. It forms part of our ongoing long-term project to understand the... -
The use of neutron diffraction to determine residual stresses in standard ISI...
High-pressure research is one of the fastest-growing areas of natural science. The European Commission is funding the Sample Environment Joint Research Activity (JRA) between... -
Martensite Ductility Improvement Mechanism of High Strength Multilayered Aust...
Though the single phase martensite of low alloy steel usually has a total elongation less than 5% and cannot directly apply to the commercial steel sheets, the multilayered... -
Stress evaluation of RAFM weld for fusion reactor
Reduced Activation Ferritic-Martensitic steels (RAFMs) are the primary candidate structuralmaterial for the FDS series LiPb blankets for fusion reactors, in particular the Dual... -
In-situ tension and compression tests in plane strain
This proposal forms part of our larger study into the mechanics of nickel based alloys. In particular we are attempting to correlate the intergranular stress development in...