This paper presents novel insights into suspended sediment concentrations and fluxes
under a large-scale laboratory plunging wave. Measurements of sediment concentrations …

The flow within an oscillatory boundary layer, which approximates the flow generated by
propagating sea waves of small amplitude close to the bottom, is simulated numerically by …

This book discusses the subject of turbulence encountered in coastal and civil engineering.
The primary aim of the book is to describe turbulence processes including transition to …

A direct numerical simulation study is conducted to investigate sinusoidal oscillatory flow
over a two-dimensional wavy wall. The height and wavelength of the bottom profile, and the …

The hydrodynamics of turbulent oscillatory flow over a gravel-based irregular rough wall is
investigated using laser-Doppler anemometry measurements of velocities in a large …

This paper presents the impact of near-bed turbulence due to only waves on a sediment bed
to analyze the bedform evolutions and formation of ripples over a sloping bed of fine …

Wave–current flow over a bottom covered with different roughness elements was analysed
to provide new insights into the statistical properties of the near-bed velocity. Experimental …

A novel empirical model for the streamwise velocity in oscillatory boundary layer flow, valid
in the rough turbulent regime, is presented. The model consists of simple expressions that …

This paper reports on a wave flume experimental campaign carried out to investigate the
appearance, the growth and the migration of small scale bedforms on a sloping sandy bed …

This paper presents insights into the structure of turbulence in combined wave-current
boundary layers, based on experiments performed in flumes of different scale using Particle …