Zhiqiang Hu

Lloyds Professor of Offshore Engineering

Newcastle University

United Kingdom

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Dr. Zhiqiang Hu is the Lloyds Professor of Offshore Engineering at Newcastle University, United Kingdom. His research focuses on dynamic modelling and numerical simulations in the field of offshore engineering, particularly related to floating wind turbines and marine vessel dynamics. Recent publications include studies on mooring systems, hydroelastic responses, and scour prediction around offshore wind turbine foundations.

Articles (18)

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2025

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2023

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2022

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2022

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2022

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2022

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2022

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2022

Collaborators (3)

Constantine Michailides

Assistant Professor (Elected faculty member)

International Hellenic University

GREECE

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Wenxian Yang

Senior Lecturer in Offshore Renewable Energy

Newcastle University

UNITED KINGDOM

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Sadegh Nadimi

Lecturer

Newcastle University

UNITED KINGDOM

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Zhiqiang Hu

Research Interests

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Articles (18)

Numerical and experimental investigation of the dynamic responses of an integrated semi-submersible floating wind-wave energy converter

CFD numerical simulation of wave interaction for a TLP floating offshore wind turbine with porous structural members

Dynamic modelling of mooring system for integrated analysis of floating offshore wind turbines

A mathematical and numerical model for variable cross-section hull girder with time-varying mass systems applied in marine vessels

Power output and platform motion regulation of floating offshore wind turbine using model predictive control based on coupled dynamics model

Development and prediction of scour around offshore wind turbine monopile foundations in ebb and flow tides

Aerodynamic analysis of a downwind offshore floating wind turbine with rotor uptilt angles in platform pitching motion

Application of CFD–FEA coupling to predict hydroelastic responses of a single module VLFS in extreme wave conditions

Experimental and numerical investigation of the damage characteristics of a ship side plate laterally punched by a scaled raked bow indenter

Application of Hierarchical Analyst Domino Evaluation System (HADES) in offshore oil and gas facilities' decommissioning: A case study

Dynamic lift characteristics of a water borne WIGcraft

Comparative study of two cost assessment approaches to models for offshore oil and gas platform decommissioning

Numerical evaluation on fatigue crack growth and life predictions of an FPSO mooring system

Fatigue characterization analysis of a submerged fishing farm platform through spectral-based fracture mechanics

Investigation of the fracture mechanism of level ice with extended finite element method

Structural response of the U-type corrugated core sandwich panel used in ship structures under the lateral quasi-static compression load

A CEL study of dynamic slamming response and failure mechanism on corrugated core composite-metal sandwich structures

An aero-hydro coupled method for investigating ship collision against a floating offshore wind turbine

Collaborators (3)

Constantine Michailides

Wenxian Yang

Sadegh Nadimi

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