This paper introduces a new method which is based on multi-body hydrodynamics and
Euler–Bernoulli beam assumption to study hydroelastic behaviours of very large floating …

This paper introduces a new method to study the hydroelastic behavior of hinged Very Large
Floating Structures (VLFSs). A hinged two-module structure is used to confirm the present …

The hydrodynamic analysis of pontoon-type floating structure interacting with waves is very
important in offshore engineering. In this paper, both numerical and physical model tests …

Large-scale cultivation of seaweed has become one of the most important aquaculture
activities in Malaysia which may help increase farmers' incomes as well as seaweed itself …

In this study, a numerical procedure has been proposed to analyze the equation of motion of
the elastic plate which is elastic in nature and having shallow draft (small thickness) with …

To improve the rapid emergency response capability of the maritime department to cope
with the complicated riverbed evolution law of mountainous rivers during the thunderstorm …

In this study, the optimal design of a mooring system was carried out. Unlike almost all
design methods, which are based on the deterministic method, this study focused on the …

In the present study floating wind turbine combined with a wave energy converter is
analysed deriving both wind and wave energy, and thus ensuring continuous supply of …

In order to analyse the hydroelastic behaviour of the floating thin elastic plate, a numerical
model has been developed by coupling higher-order boundary element method (BEM) and …

ABSTRACT Hu, J.; Li, Z., and Zhang, Y., 2020. Numerical study on initial laying process of
submarine cables for wave energy booster station in real sea states. In: Zheng, CW; Wang …