Floating offshore wind turbines (FOWTs) have emerged as a promising option for
harnessing offshore wind resources, benefiting from better wind conditions in offshore areas …

Dynamic power cable acts as both electricity current channel and information channel
between offshore floating wind turbine and substation. Key role as it plays, the mechanical …

The need for more robust design of dynamic cables used for power export in floating wind
turbine (FWT) systems is accentuated by the frequent occurrence of power cable failures …

The tuned inerter damper (TID) has recently emerged in the literature as a bona fide
resonant vibration absorber for the seismic protection of building structures by relaxing the …

Wind energy produced in near and offshore farms is constantly increasing, mainly thanks to
the use of new technologies and the economic costs decrease. Data coming from satellites …

The present study aims to address the knowledge gaps in dynamic power cable designs
suitable for large floating wind turbines and to develop three baseline power cable designs …

Offshore wind turbines (OWTs) are complex systems that may experience excessive
vibrations due to winds, waves, rotor torque, or seismic loads during the operation. Tuned …

Fatigue life estimation methods based on time-domain and rainflow counting techniques are
widely recognised and accepted for their reliability. However, applying them in scenarios …

This review paper presents a comprehensive analysis of the mechanical design and
analysis of dynamic power cables for marine renewable energy applications, focusing on …

Reciprocating bending behavior is the main factor leading to the fatigue failure of dynamic
power cables. However, in the research on the reciprocating bending behavior of dynamic …