Offshore wind continues to play a significant role in accelerating the transition to clean
energy consumption from fossil fuels. Wind turbine platforms are the optimal technology of …

This paper describes the dynamic monitoring campaign conducted on a monopile offshore
wind turbine (OWT). An unexpected harvest is that the dynamic responses of the OWT under …

This study investigates an optimized design approach for a passive-adaptive pendulum-
tuned mass damper (PTMD). The PTMD is used to mitigate structural vibrations in offshore …

Monopiles are the most widely adopted foundation type for Offshore Wind Turbines (OWTs)
in shallow waters. With the expansion of the construction of OWT, the number of OWT farms …

This study uses a two-stage finite element method to analyze offshore wind turbine (OWT)
support structures under soil liquefaction during earthquakes. First, a three-dimensional …

This paper investigated the seismic vulnerability and performance-based assessment of
offshore monopile wind turbine (OWT) considering turbine blades. A three-dimensional finite …

The response characteristics of large-diameter monopiles under lateral loads obviously
differ from those of traditional small-diameter piles. To investigate the failure mechanism and …

In this research, a series of non‐linear dynamic finite element (FE) effective stress analyses
were conducted to analyze the influence of the suction caisson geometry, ground motion …

Seismic vibrations and site liquefaction are of great concern in offshore wind engineering, as
many offshore wind turbines (OWTs) have been constructed in seismically active areas with …

Continuous supply of cooling power is a critical aspect in operations of Nuclear Power
Plants (NPPs) as evidenced in the major nuclear disasters. Design engineers follow …