High Performance Computing and Information Theory with D-HYDRO 1D2D on Cloud Infrastructure

Experimental low frequency mooring analysis of a floating offshore wind turbine

Homogenization Techniques in Digital Rock Physics: Revisiting the Hill-Mandel principle and determination of the evolution law of the convergence cone

Mooring analysis for a TLP supporting a 15MW wind turbine: Identifying critical design parameters that influence the design life of a mooring system regarding higher-order loads for a TLP supporting a 15MW wind turbine

A hydrodynamic study on floating export cable systems: Using finite element method modelling to study the hydrodynamic behaviour and optimise the design of floating export cable systems

Preference and Performance Based Design & Decision Systems in Offshore & Dredging Engineering: A multi-objective design/decision optimisation approach based on sound mathematical modelling of both preference and physical design performance functions

Numerical simulation of the impact of unsteady flows around impervious buildings

Reducing payload motion during offshore operations

A feasibility study into the application of low-fidelity models for the prediction of the shell modes of a wind turbine tower with a slip joint

A lift-off investigation of next-generation offshore wind turbine generator components for feedering in the U.S.: Creating understanding in the release stage of a tower segment

Development of a dynamic model of a nautical radar on a mast structure for fatigue damage analysis

Using CFD to design riprap bed protections downstream of underflow weirs: Weir design of the future

Modelling mechanical behavior of offshore floating solar concepts

Floating Solar: A Hydroelastic Method

How tsunami transmission is influenced by floating city design parameters

Design of a suction pile multiline anchor system for floating offshore wind turbines

Hydroelastic wave deformation of Very Flexible Floating Structures: A performance study of a monolithic finite element model

Workability optimisation of the Stella Synergy: during monopile installation with a motion-compensated gripper and using its DP-system

Bayesian system identification for structures considering spatial and temporal dependencies