This paper presents a numerical study of the three-dimensional hydrodynamic
characteristics of oscillatory flow past a square cylinder including the effect of the variation of …

Reliable prediction in hydrodynamics is crucial for the design of marine structures,
especially for columnar structures such as offshore wind turbine foundations. A combined …

This paper describes a novel flow control scheme over circular-cylinder wakes using parallel
symmetric jets. The effects of different jet momentum coefficients (C m) at θ=±30° on vortex …

Wave-structure interaction is a key consideration for the safe design of offshore structures.
This work investigates the non-linear wave interactions with a single cylinder and two …

A series of numerical simulation were conducted to study the local scour around umbrella
suction anchor foundation (USAF) under random waves. In this study, the validation was …

Featured Application With the continuous development of marine engineering, super-large-
diameter piles have been designed and constructed in deep water with complex and severe …

The occurrence of parametric resonance due to the time varying behavior of ocean waves
could lead to catastrophic damages to offshore structures. A stable structure that could …

This paper conducts a thorough numerical investigation into the three-dimensional
hydrodynamic interactions of wave-current flow with a square cylinder. Utilizing the open …

This study experimentally investigates the characteristics of the horseshoe vortex (HSV)
surrounding a vertical circular cylinder under wave conditions, with a particular emphasis on …

Monopiles are commonly utilized in offshore wind farms but are prone to non-linear wave
loads and run-ups, significantly affecting their engineering design. Therefore, it is crucial to …