Landslide-generated waves (LGWs) are among natural hazards that have stimulated
attentions and concerns of engineers and researchers during the past decades. At the same …

Although solitary wave generation using a piston-type wavemaker has been common, the
method cannot be applied to all wave tanks because many of them have been or will be …

The wave can be obtained by the horizontal movement of the piston-plate or flap-plate, and
also could be obtained by the vertical movement of the wedge. In this paper, Firstly, the …

Due to the complex geometry, the research for theoretical methods on wave absorption with
plunger-type wavemakers is not easy. Therefore, this paper proposes a simple approach for …

A time-domain higher-order boundary element method (HOBEM) is developed to simulate
fully nonlinear wave radiation by a forced oscillating structure. On the free surface, a Mixed …

This study simulated free-surface and internal periodical waves generated by an oscillating
floater in two-layer fluids using a numerical wave tank (NWT) with dual-fluid domains. Each …

This research investigates the effects that geometry and control have on the absorption
characteristics of active wavemakers and looks at the feasibility of modelling these …

The hydrodynamic performance of a vertical cylindrical heaving buoy‐type floating wave
energy converter under large‐amplitude wave conditions was calculated. For this study, a …

A fully nonlinear time-domain NWT-simulation tool has been developed with nonlinear
viscous-damping and pneumatic pressure terms. The tool was applied to the performance …

Submarine landslides can pose serious tsunami hazard to coastal communities. However,
performing a comprehensive landslide tsunami hazard assessment for a given area is in …