Submerged floating tunnels (SFTs) offer many advantages over bridges and immersed
tunnels, and they are regarded as the most promising form of architecture for future …

The present review paper focuses on the recent developments in the multi-body large
floating structures based on theoretical, numerical, and experimental research applications …

A digital twin (DT) method is proposed to estimate the dynamic and structural behaviors of a
Steel Lazy Wave Riser (SLWR) under environmental conditions. This method uses a 1D …

A hydroelastic model associated with the interaction between a surface wave and a floating
circular structure connected with mooring lines in finite water depth is developed using …

This paper investigates the dynamic behavior of a moored submerged floating tunnel (SFT)
under tsunami-like waves. A hydro-elastic numerical study is conducted with the time …

The conventional discrete-module-based (DMB) method cannot fulfill consistent rigid body
hydrostatic behavior when discrete modules are vertically arrayed. By benchmarking the …

This paper presents dynamic-behavior comparisons and related forensic analyses of a
submerged floating tunnel (SFT) between numerical simulation and physical experiment …

In this study, we investigated the impact of the hull flexibility of 15MW spar-type FOWT
(floating offshore wind turbine) on the global dynamics/performance analysis. Until recently …

This study presents the two-dimensional (2D) hydro-elastic characteristics of a large,
moored box barge. The multi-body-based Discrete-Module-Beam (DMB) method was …

The hydrodynamic effect on underwater bridge piers during seismic action not only
enhances pier responses but also poses a threat to bridge safety. Reliable and …