The objective of the present study is to provide a review of the structural integrity of fixed
support structures for offshore wind turbines, focusing on the physics behind the failure …

The climate emergency has prompted rapid and intensive research into sustainable,
reliable, and affordable energy alternatives. Offshore wind has developed and exceeded all …

Mooring systems are important structural components of very long floating bridges. They
effectively limit the transverse motions of the bridge under environmental loads. They also …

This paper considers the effects of current and wave-current interactions in fatigue analysis
of floating offshore wind turbines (FOWTs). Surface water waves experience frequency shifts …

The vibration of offshore wind turbines caused by external loads is significant, which will
cause fatigue damage to offshore wind turbines. Wind load is the main load during the …

The climate emergency has prompted rapid and intensive research into sustainable,
reliable, and affordable energy alternatives. Offshore wind has developed and exceeded all …

Insights and Innovations in Structural Engineering, Mechanics and Computation comprises
360 papers that were presented at the Sixth International Conference on Structural …

Fatigue failure of metallic structures such as wind turbine towers is a problem that affects
their remaining service life. Fatigue cracks are most likely to initiate in the structural hot spots …

对海上风机支撑结构进行动力响应分析, 求出结构危险节点的载荷谱和功率谱密度函数,
结合疲劳损伤模型和Dirlik 概率模型, 分别在时域和频域内对支撑结构进行疲劳寿命分析 …

The article presents the concept of a new multiaxial fatigue criterion in the frequency
domain. The criterion uses the power spectral density of the hydrostatic stress, the stress …