Our researchers use novel computational modelling, Artificial Intelligence techniques, and experimental and field-derived data to investigate coastal processes, hydrometeorology, river dynamics, and flood risk, covering both fundamental and applied research.
Our researchers develop cutting-edge computational methods to simulate a variety of physical phenomena, including fluids, solids, wave propagation and multi-physics problems. The research involves fundamental developments in numerical methods, mesh generation, reduced order models and machine learning as well as their application to industrial problems.
Our researchers develop leading edge computational strategies to simulate a wide range of physical problems and engineering applications covering broadly the area of solids, structures and coupled systems. The main topics include computational solid mechanics, materials modelling, fracture mechanics, frictional contact, granular media, geomechanics and fluid-structure Interaction.
We use our extensive laboratory facilities and cross-disciplinary expertise to partner with industry to investigate a diverse range of novel sustainable construction materials, with a focus on low-carbon and sustainable materials. Themes of research include low-carbon concretes, alkali-activated cementitious mortars, ultra high performance concretes, geopolymers and recycled aggregates.
Transportation infrastructure serves as a crucial foundation for our society. Our researchers use cutting-edge technologies to develop resilient, sustainable and intelligent transportation systems that address the urgent challenges caused by the climate emergency. Their innovative work spans self-powered smart sensing, self-healing road materials, low-carbon-asphalt, wireless sensor networks for intelligent transportation monitoring, physics-informed machine learning for advanced data analysis, and energy harvesting on road infrastructures.
Partnering in multidisciplinary projects with businesses, Local Authorities, schools, community organisations and other groups, we aim to provide civil engineering insight and expertise to support projects that are of significance to society.
