11 datasets found

The hydrogen embrittlement mechanism is one of long-term research topics of ultrahigh strength steels involving the microstructure optimization control. It is valuable to...

Fibre Laser Beam Welding (FLBW) is a relatively new technology that has many advantages over other welding techniques. An understanding of the residual stress and...

In this study, in-situ high-temperature loading investigations will be performed to characterise the micromechanics of a high strength alloy 720Li, during stress relaxation in...

Duplex stainless steels have a microstructure composed of 50% ferrite and 50% austenite. This microstructure confers them high mechanical properties and corrosion resistance....

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...

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...

The proposed experiment concerns the role of microstructure on the high temperature deformation behaviour of single crystal Ni-base superalloys. This class of material is of...

Suspension and solution precursor (SSP) spraying is an emerging thermal spraying technology which utilises liquid feedstock containing sub-micrometre and nanoparticles. Alumina...

The Contour method is a powerful residual stress measurement method, that is still under development. A limitation of the technique is that the component must be cut into two...

The experiment involves the characterisation of a multi-material fiducial marker (MMFM) with respect to scattering intensities as a function of marker position. If this...

In order to characterise the fatigue crack growth (FCG) behaviour of the welded components used in offshore wind turbine monopiles, a number of tests have been performed on...