Lea, S.M.L., T.A. Haynes and M.R. Wenman, Peridynamic modelling of zirconium oxidation to gain mechanistic understanding. Nuclear Future, 2024, 20, p. 57-62.
Battistini, A., T. Haynes. et al., Bond-based peridynamics model of 3-point bend tests of ceramic-composite interfaces. Journal of the American Ceramic Society, 2024. 107: p. 6004–6018. Article link
A. Battistini, T. A. Haynes, D. Shepherd, and M. R. Wenman, Residual Stresses in As-manufactured TRISO Coated Particle Fuel (CPF), Journal of Nuclear Materials, 586, 2023, 154659. Article link
Leide, A.J., Haynes, T. A., Tzelepi, N., Payne, J., Jordan, M., Davies, M., Goddard, D.T., Pfeifenberger, M.J., Alfreider, M., Kiener, D. and D. Liu. Measurement of Residual Stresses in Coated Fuel Particles Using Ring-Core Focussed Ion Beam Digital Image Correlation. Nuclear Materials and Energy, 2023, 36. Article link
Haynes, T.A., A. Battistini, A.J. Leide, D. Liu, L. Jones, D. Shepherd, and M.R. Wenman. Peridynamic modelling of cracking in TRISO particles for high temperature reactors. Journal of Nuclear Materials, 2023. 154283. Article link
Jones, J.D., T.A. Haynes, G. Rossiter, and M.R. Wenman, (2022). Application of Weibull Fracture Strength Distributions to Modelling Crack Initiation Behaviour in Nuclear Fuel Pellets Using Peridynamics. Journal of Nuclear Materials, 2022. 154087. Article link
Bamgboye, A., T.A. Haynes, and M.R. Wenman, Predicting crack patterns in SiC-based cladding for LWR applications using peridynamics. Structural Integrity Procedia, 2020. 28: p. 1520–1535. Article link
Jones, L.D., L. J. Vandeperre, T. A. Haynes, and M. R. Wenman, Modelling of Weibull Distributions in Brittle Solids Using 2-Dimensional Peridynamics. Structural Integrity Procedia, 2020. 28: p. 1856–1874. Article link
Haynes, T. A., D. Shepherd, and M. R. Wenman. Preliminary Modelling of Crack Formation and Propagation in SiC / SiC Accident-Tolerant Fuel during Routine Operational Transients using Peridynamics, Journal of Nuclear Materials, 2020. 540. Article link
Jones, L.D., L. J. Vandeperre, T. A. Haynes, and M. R. Wenman Theory and Application of Weibull Distributions to 1D Peridynamics for Brittle Solids, Computer Methods in Applied Mechanics and Engineering, 2020. 363. Article link
Haynes, T. A., V. Podgurschi, and M. R. Wenman. The Impact of Azimuthally Asymmetric Carbon Deposition upon Pellet- Clad Mechanical Interaction in Advanced Gas Reactor Fuel, Journal of Nuclear Materials, 2019. 513: p. 62-70. Article link
Haynes, T. A., J. A. Ball, and M. R. Wenman. Modelling the Role of Pellet Relocation in the (r-θ) Plane Upon Pellet-Clad Interaction in Advanced Gas Reactor Fuel, Nuclear Engineering & Design, 2017. 314: p. 271-84. Article link
Haynes, T.A., J.H. Shea, J.A. Ball, and M.R. Wenman. Finite element modelling of pellet-clad interaction during operational transients, TopFuel 2015 Conference Proceedings - European Nuclear Society. Article link
Haynes, T. A., J. A. Ball, J. H. Shea, and M. R. Wenman. Modelling pellet-clad mechanical interaction during extended reduced power operation in bonded nuclear fuel, Journal of Nuclear Materials, 2015. 465: p. 280-92. Article link