This researcher's key areas are measuring and modeling residual stress, fracture of structural materials, the high temperature behavior of structural steels, and advancing structural integrity methodologies. Their current projects include leading an EDF Energy funded project on high temperature behavior from 2010-2019, leading an EPSRC funded project on how inhomogeneity influences creep in dissimilar metal welds from 2013-2017, contributing to an FNC/MOD funded project on structural integrity of nuclear systems under thermal and mechanical loads from 2016-2019, and contributing to an EPSRC funded knowledge exchange project on emerging rail materials from 2015-2018.

2. My key research areas
• The measurement and modelling of residual stress
• Fracture of structural materials
• High temperature behaviour of structural steels
• Advancement of structural integrity methodologies

3. Current projects
• Funding Body: EDF Energy, Title: High Temperature Centre.
Start/finish: 2010-2019. (PI)
• Funding Body: EPSRC Title: DMW-Creep: Influence of inhomogeneity
on creep of dissimilar metal welds. 2013 – 2017. (PI)
• Funding Body: FNC/MOD, Title: Structural integrity of nuclear
pressurised systems subjected to combined thermo-mechanical
loading. 2016-2019. (CI)
• Funding Body: EPSRC, Title: Rail-energy knowledge exchange on
emerging materials (ALCHEMy). 2015-2018. (CI)