During the past decade, wind power generation has been rapidly developed. As a key
component of feasibility analysis, the cost modelling and economic analysis directly affect …

Abstract OWT (Offshore Wind Turbine) support structures are exposed to harsh ocean
environment with significant uncertainties in soil properties and environmental loads …

A model is proposed to assess the failure rates of components of floating offshore wind
turbines based on the knowledge of failure data of corresponding structures of onshore wind …

This paper proposes an FMEA-BN model to determine the inspection and opportunistic
maintenance strategies of floating offshore wind turbines. A map** algorithm is proposed …

An AHP-FMEA methodology is proposed to analyse the floating offshore wind turbines
failure causes. The method introduces the expert opinions to generate a risk index through …

A Bayesian Network is adopted to model and analyze the reliability of a floating offshore
wind turbine. Reliability characteristics such as failure probability, failure rate, and mean …

This work presents a comprehensive review and discussion of the identification of critical
components of the currently installed and next generation of offshore wind turbines. A …

This paper extends the conventional failure mode and effect analysis methodology by
introducing weights of its indices that are severity, occurrence, and detection as a basis to …

As one of the most promising clean energy sources, offshore wind farms (OWFs) have
developed rapidly in countries around the world. However, due to complex weather and …

Operation and maintenance constitute a substantial share of the lifecycle expenditures of an
offshore renewable energy farm. A noteworthy number of methods and techniques have …