Scott Brown

Scott Brown is a Postdoctoral Research Fellow in the Department of Mechanical Engineering at the University of Oxford. His research focuses on the survivability of offshore renewable energy systems under extreme environmental loading. He combines high-fidelity computational fluid dynamics with advanced physical modelling to investigate nonlinear wave–structure interaction, ultimate limit state loading, and the dynamic response of floating wind, wave, and tidal energy devices. His work seeks to improve predictive confidence and strengthen engineering approaches for extreme event assessment. Scott joined the University of Oxford in February 2026 and is currently a researcher on the Supergen ORE Hub, focusing on survivability, ultimate loading, and the response of offshore renewable energy systems under extreme environmental conditions.

Scott Brown is a researcher at the University of Oxford, specializing in Computational Fluid Dynamics (CFD), Offshore Renewable Energy, sediment transport, turbulence, and design procedures. His work focuses on the numerical modeling of wave interactions with floating structures, turbulence closure models, and hydrodynamic responses of offshore wind turbines. He has contributed to the development of benchmark datasets for validating fluid-structure interaction models and has conducted comparative studies on floating offshore wind platforms. His research also addresses the challenges of wave energy conversion systems, including tidal stream concepts and oscillating water columns. Brown's work emphasizes the integration of experimental and numerical methods to improve the predictive accuracy of CFD simulations in complex marine environments.