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Data publication: Free volume and nonlinear viscoelasticity in supercrystalli...
This data set consists of positron annihilation lifetime measurements generated at a conventional measuring station with a Na-22 source. -
A feasibility study of creep stress relaxation with elastic follow up
Creep in polycrystalline engineering alloys occurs differently along different crystalline orientations. This is because external loading distributes lattice strains... -
Creep Cavitation in Stainless Steel Weldments
Reheat cracking is a creep failure mode that has been observed in welded structures operating at high temperatures in the power generation industry. The failure results from the... -
In Situ Evaluation of High Temperature Creep Deformation Behavior of Single-C...
Because the blade failure in turbine engine may threaten the structure integration and the human safety, the creep deformation behavior of single-crystal nickel-base superalloy... -
The Effect of Residual Stress Distribution on Creep Cracking Behaviour of Wel...
Fracture prediction of structures manufactured from high strength engineering steels is a high priority in key industries. In this work residual stress (RS) effects on creep... -
Establishing a Novel Technique for Quantifying Internal Stress Generated duri...
Internal stress is a terminology often used in high temperature creep as a measure of the internal resistance of polycrystalline materials to creep deformation. Changes in... -
High Temperature Micromechanics Ni-based Superalloys: Creep, Stress Relaxatio...
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... -
Effect of Anelasticity on Creep Behaviour
Nuclear power generation plants undergo start-up/shut-down load-temperature cycles during service operation. Components operating at temperatures in the creep regime can exhibit... -
Development of Creep Cavitation in Stainless Steel
Reheat cracking is a creep failure mode that has been observed in welded structures operating at high temperatures in the power generation industry. The failure results from the... -
Study of Creep Deformation and Lattice Misfit for a Ferritic Superalloy by In...
A new ferritic superalloy, which exhibits coherent coplanar ordered nanoscale (Ni,Fe)Al B2-type precipitates analogue to the Ni-based superalloy, has been fabricated and shown... -
The Origin of Anelastic Creep Behaviour
Nuclear power generation plants undergo start-up/shut-down load-temperature cycles during normal service operation. Components operating at temperatures in the creep regime can... -
Study of cold creep stress relaxation on stainless steel welded structures
ATLAS+ is a four year, 7M Horizon 2020 project aimed at developing and validating advanced structural integrity assessment methodologies for non-RPV primary circuit pressure...
