The offshore wind industry is growing rapidly around the world. Many governments have set
ambitious targets for growth to achieve their decarbonisation goals. As the industry grows it …

This paper presents a system dynamics model to for the degradation of offshore wind farms
(OWFs) optimise O&M planning and asset management, taking into account the effects of …

This article proposes a framework for the integration of tactical and operational optimisation
models for maintenance scheduling and routing at offshore windfarms. A tactical model is …

This article presents a Bayesian data‐modelling approach to assessing operational
efficiency at offshore wind farms. Input data are provided by an operational database …

A dynamic model of the mutual interdependency between humans and machines in offshore
wind farms (OWFs) is developed in this paper. The model emphasises the importance of …

This article presents a Bayesian reliability modelling approach for wind turbines that
incorporates the effect of time‐dependent variables. Namely, the technique is used to …

In the early stages of develo** wave energy converter (WEC) projects, a quantitative
assessment of component failure consequence costs is essential. The WEC types …

This study presents a wind turbine reliability analysis at the turbine and assembly level. It is
concerned with the uncertainties associated with data-processing for wind turbine failure …

It has been incredibly insightful to execute a project within the energy sector and contribute
to facing the challenges of the energy transition we all hear and read about. Therefore, I …

The Norwegian government has ambitions for large-scale development of offshore wind. To
achieve this goal, it is necessary to reduce costs. It is expected that costs associated with …