Tsunami surges are frequently simulated by dam-break flows over dry beds. The purpose of
this study is to quantitatively investigate the flow kinematics and turbulent characteristics of a …

Undulating and breaking bores are generated in the laboratory using a programmable long-
stroke wavemaker. By changing the stroke length and the speed of the wavemaker, both non …

Non-decaying bores are generated in a laboratory using a dam-break system with different
reservoir length and depth ratios at the dam-break gate. The experimental data show the …

Experimental results are presented regarding the free-surface elevations, velocity fields, and
horizontal pressure gradients of dambreak-generated undular bores propagating over a …

Accurate predictions of morphological changes in swash zones require a detailed
understanding of sediment transport mechanisms, which are strongly related to bore …

This paper presents experimental results regarding the existence of similarities and/or
Froude number similitudes in the time series of the free-surface elevation (FSE) and …

This study investigates experimentally similarity and Froude number similitude (FNS) in the
dimensionless flow features of three solitary waves traveling on a 1: 3 sloping beach. These …

This study investigates the effect of porous coral reef on the tsunami propagation in terms of
experimental and numerical modelling. It aims at quantifying the influence of several input …

In this work, we studied the wave-induced vortex generation and shedding from a semi-
submerged vertical square cylinder interacting with an upcoming undular bore wave train …

This study presents, experimentally, similarity and Froude number similitude (FNS) in the
dimensionless features of two solitary waves propagating over a horizontal bed, using two …