Abstract Ferritic-structured Fe–Cr–Al alloys are being developed and show promise as
oxidation resistant accident tolerant light water reactor fuel cladding. This study focuses on …

This paper focuses on with the cyclic plasticity modelling of welded, ex-service P91 material.
A multi-material model is developed for high temperature cyclic plasticity, including the …

A methodology is presented for physically-based prediction of high temperature fatigue
crack initiation in 9Cr steels, with a focus on material inhomogeneity due to welding-induced …

This paper presents a crystal plasticity model to predict the tensile response and crack
initiation in a mixed ferrite‐martensite material with a low volume fraction of pro‐eutectoid …

Standard test methods for measuring temperature-specific mechanical properties are
typically specimen and time intensive when the influence of varying parameters is taken into …

Life prediction for 9Cr steel welded components is an important issue facing power plant as
it moves from steady-state, base-load operation to transient, flexible operation. Welding and …

This study proposes a methodology to predict the capacity of aluminum welded connections.
In order to evaluate the material characteristics within the heat-affected zone, an inverse …

This paper is concerned with the development of a modelling framework to predict the
effects of welding and post-weld heat treatment on thermo-mechanical performance of …

Digital image correlation is an increasingly widespread non-contact measurement
technology for full field motion and strain estimation. If, on one hand, the technique is …

A process-structure-property methodology is presented for welding of 9Cr steels under
representative flexible operating conditions for a typical thermal power plant girth-welded …