Dong-Sheng Jeng at Griffith University Gold Coast Campus - Research Interests, Publications & Academic Profile

Dong-Sheng Jeng

University Name

Australia

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Research Interests

Coastal Engineering

100%

Offshore Engineering

50%

Geomechanics

80%

Marine Geophysics

80%

Marine Engineering

60%

Centrifuge Modeling

50%

Ship Hydrodynamics

40%

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Articles21

Numerical Modeling of Composite Load-Induced Seabed Response around a Suction Anchor

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Year:

2024

Developments in Modeling Techniques for Reliability Design of Aquaculture Cages: A Review

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Year:

2024

Impacts of wave-induced seabed response on local scour around a pipeline: PORO–FSSI–SCOUR–FOAM

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Year:

2024

SeaFisher—A Submersible High-Density Polyethylene Offshore Fish Pen

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Year:

2023

Offshore Fish Farms: A Review of Standards and Guidelines for Design and Analysis

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Year:

2023

Numerical investigation of solute migration and release from sediments driven by wave-induced accumulation of pore water pressure

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Year:

2023

Assessment of Wave–Current-Induced Liquefaction under Twin Pipelines Using the Coupling Model

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Year:

2023

Integrated Model for Wave-Induced Oscillatory and Residual Soil Response in a Poro-Elastic Seabed: Partially Dynamic Model

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Year:

2023

Influence of Particle Geometry on Dispersion Forces

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Year:

2023

Two-Dimensional Model for Consolidation-Induced Solute Transport in an Unsaturated Porous Medium

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Year:

2023

Distribution and dissipation laws of excess pore water pressure based on pile-soil interface during pile-sinking in saturated clay

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Year:

2023

Hydroelastic interactions between waves and an array of submersible flexible fish cages

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Year:

2022

Numerical analysis of seabed liquefaction in the vicinity of two tandem pipelines in a trench

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Year:

2022

Numerical investigation on horizontal deformation of large diameter monopile under cyclic wave loading with local scour holes

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Year:

2022

Poro-elastic and poro-elasto-plastic modeling of sandy seabed under wave action

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Year:

2022

An optimal statistical regression model for predicting wave-induced equilibrium scour depth in sandy and silty seabeds beneath pipelines

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Year:

2022

The instantaneous seabed liquefaction around offshore pile-type foundation and seabed protection under combined wave and current loading

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Year:

2022

Numerical study of Articulated Concrete Mattresses (ACMs) for offshore pipeline protection

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Year:

2022

Study on the seabed response around a dumbbell cofferdam under combined wave and current loading

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Year:

2022

Erratum: “Analytical solutions of hydroelastic interactions between waves and submerged open-net fish cage modeled as a porous cylindrical thin shell” [Phys. Fluids 34, 017104 (2022)]

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Year:

2022

Numerical analysis of the seabed liquefaction around a fixed gravity-based structure (GBS) of an offshore platform and protection

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Year:

2022

Collaborators5

Hassan Karampour

Deputy Head of Research

Griffith University

AUSTRALIA

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Joerg Baumeister

Professor

Griffith University

AUSTRALIA

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Nagi Abdussamie

Lecturer

University of Tasmania

AUSTRALIA

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CM Wang

TMR Chair Professor in Structural Engineering

University of Queensland

AUSTRALIA

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Hong Zhang

Professor

Griffith University - Gold Coast Campus

AUSTRALIA

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