Shuangrui Yu

Shuangrui Yu
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Shuangrui verified their affiliation via an institutional email.
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Shuangrui verified their affiliation via an institutional email.
  • Doctor of Philosophy
  • Research Associate at University of Manchester

About

10
Publications
1,781
Reads
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90
Citations
Current institution
University of Manchester
Current position
  • Research Associate

Publications

Publications (10)
Article
In deep seas, there is an increasing utilisation of multiple floating structures as devices for harnessing renewable energy, such as hybrid wind-wave energy systems and multi-body wave energy converters. The control strategies have a great influence on the motion characteristics and energy conversion efficiency of these systems. The control technol...
Article
Full-text available
Research interest in breakwater design has increased recently due to the impetus to develop marine renewable energy systems, as breakwaters can be retrofitted to harness wave energy at the same time as attenuating it. This study investigates a novel system of attaching a hinge baffle under a floating breakwater. The floating breakwater itself acts...
Article
Full-text available
The rapid growth of marine renewables has led to the development of very large floating structures (VLFS) that are designed to operate in deep seas. It is significant to understand the mechanism of the coupled effects between deformable VLFS and catenary mooring system. This paper presents a time-domain hydro-elastic-moored model developed by integ...
Conference Paper
Wave-induced pitch motion has adverse effects on the power generation of Floating Wind Turbines (FWTs). The traditional blade-pitch system, which is commonly used for regulating wind energy capture and power generation, can also be utilized to reduce the platform pitch motion. However, frequent active blade pitching can harm the wind turbine’s blad...
Article
Full-text available
Hinged arrays have garnered increasing interest due to their potential to provide flexible and adaptable solutions for the various challenges faced in ocean development. The effectiveness of these arrays in engineering applications heavily depends on the motion characteristics of each individual module, rather than specific modules such as the one...
Article
Full-text available
A novel time-domain body-nonlinear Green’s function method is developed for evaluating large-amplitude roll damping of two-dimensional floating bodies with consideration of viscous dissipation effects. In the method, the instantaneous wetted surface of floating bodies is accurately considered, and the viscous dissipation effects are taken into acco...

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