The cause of sediment suspension events during flow reversal under waves in the nearshore is not well understood. Vortex tubes and horizontal pressure gradients have been suggested to be the cause of the suspension events. A medium sized wave flume experiment has been conducted to give insight in the hydrodynamics of the wave bottom boundary layer over a fixed single-barred profile. Flow measurements were made with PIV and the swirling strength of the velocity fields were analyzed. Around flow reversal vortex tubes were identified. The vortex tubes had similar size and swirling strength as vortices generated by vortex shedding over a rippled bed. Therefore, vortex tubes under waves in the nearshore could explain the sediment suspension even...
To study onshore bar migration and the accompanying intra-wave sediment transport a wave flume exper...
The flow and sediment transport in the boundary layer at the sea bottom due to the passage of surfac...
Vortex formation and subsequent sediment transport into the intake due to sea water withdrawal is on...
The cause of sediment suspension events during flow reversal under waves in the nearshore is not wel...
Sediment in the nearshore is largely mobilized in the wave bottom boundary layer (wbbl) hereby empha...
The primary goal of the research project is to contribute to a better understanding of the basic mec...
Copyrighted by American Geophysical Union.Field observations of turbulence and sediment suspension i...
We investigate the ejection of sediments from the near-bed region of a pulsating boundary layer over...
Ripple formation and evolution as well as vortex separation along the bedform profile strongly influ...
In this study, a high-resolution and high-accuracy 2D pseudo-spectral numerical model (Diamessis et ...
[1] We investigate the spatial and temporal distribution of suspended sediment and the associated hy...
We study the dynamics of the oscillatory bottom boundary layer (BBL) that develops at a porous bed u...
We performed laboratory experiments to describe and quantify the transport of sediment and the chang...
Measurements of intrawave sediment entrainment processes are reported above ripples under irregular ...
Engineering: 2nd Place (The Ohio State University Edward F. Hayes Graduate Research Forum)Our unders...
To study onshore bar migration and the accompanying intra-wave sediment transport a wave flume exper...
The flow and sediment transport in the boundary layer at the sea bottom due to the passage of surfac...
Vortex formation and subsequent sediment transport into the intake due to sea water withdrawal is on...
The cause of sediment suspension events during flow reversal under waves in the nearshore is not wel...
Sediment in the nearshore is largely mobilized in the wave bottom boundary layer (wbbl) hereby empha...
The primary goal of the research project is to contribute to a better understanding of the basic mec...
Copyrighted by American Geophysical Union.Field observations of turbulence and sediment suspension i...
We investigate the ejection of sediments from the near-bed region of a pulsating boundary layer over...
Ripple formation and evolution as well as vortex separation along the bedform profile strongly influ...
In this study, a high-resolution and high-accuracy 2D pseudo-spectral numerical model (Diamessis et ...
[1] We investigate the spatial and temporal distribution of suspended sediment and the associated hy...
We study the dynamics of the oscillatory bottom boundary layer (BBL) that develops at a porous bed u...
We performed laboratory experiments to describe and quantify the transport of sediment and the chang...
Measurements of intrawave sediment entrainment processes are reported above ripples under irregular ...
Engineering: 2nd Place (The Ohio State University Edward F. Hayes Graduate Research Forum)Our unders...
To study onshore bar migration and the accompanying intra-wave sediment transport a wave flume exper...
The flow and sediment transport in the boundary layer at the sea bottom due to the passage of surfac...
Vortex formation and subsequent sediment transport into the intake due to sea water withdrawal is on...