- McLaughlin, E. and Mehmanparast, A., 2026, September. Sensitivity analysis of porosity effects on the fatigue life of offshore wind turbine support structures using a phase-field modelling approach. In Structures (Vol. 91, p. 112654). Elsevier. [→ Link]
- McLaughlin, E. and Mehmanparast, A., 2026. Numerical Prediction of the Impact of Residual Stresses on the Fatigue Life of Welded S355 Steel Plates Using a Phase-Field Approach. Applied Sciences, 16(15), p.7695. [→ Link]
- Asbury, M., Devine, M., Stiven, M., Seidel, M. and Mehmanparast, A., 2026. A comprehensive review and analysis of S355 fatigue crack growth rate data for offshore wind applications: Air environment. Theoretical and Applied Fracture Mechanics, p.105839. [→ Link]
- Brennan, F. and Mehmanparast, A., 2026. A comprehensive fatigue test programme to better understand offshore steel monopile durability. Marine Structures, 109, p.104078. [→ Link]
- McLaughlin, E. and Mehmanparast, A., 2026. Fatigue life prediction of as-welded steel structures using phase-field modelling: The role of material properties and weld geometry. Engineering Failure Analysis, p.111126. [→ Link]
- O’Neill, F. and Mehmanparast, A., 2026. An investigation of fatigue and uncoupled corrosion-fatigue performance of Wire Arc Additively Manufactured ER90S-B3. Materials Today Communications, p.115534. [→ Link]
- Bartsch, H., Röscher, S., Braun, M., Maljaars, J., Schubnell, J., Rauch, M., Chahardehi, A. and Mehmanparast, A., 2026. Offshore wind support structures–Evaluation of size effects and influencing factors on the fatigue performance of butt-welded joints using an updated database. Ocean Engineering, 351, p.124370. [→ Link]
- Stiven, M., Devine, M., Johnston, C. and Mehmanparast, A., 2026. A comprehensive review and analysis of S355 fatigue crack growth rate data for offshore wind applications: Seawater free-corrosion environment. International Journal of Fatigue, p.109613. [→ Link]
- O’Neill, F., Shamir, M., Nagalingam, A.P. and Mehmanparast, A., 2026. Experimental investigation of corrosion-fatigue behaviour in hybrid wire arc additively manufactured parts. Engineering Failure Analysis, p.110635. [→ Link]
- Della Santa, F. and Mehmanparast, A., 2026. Principal component analysis as an exploratory and diagnostic tool to analyze SN fatigue trends relevant to offshore wind foundation design. Ocean Engineering, 343, p.123236. [→ Link]
