Add to ORKGAn algorithm to predict the time-evolving height, wavelength and orientation of sea-bed ripples generated by waves and/or currents was devised. This was based on data collected, and understanding gained, at HR Wallingford, and in EU projects, and elsewhere
For advanced offshore engineering applications the prediction with available nautical X-band radars ...
A new method has been developed that models the changes a wave-formed rippled sediment bed undergoes...
Bedform roughness, caused by ripples on the seabed, plays an important role in controlling sediment ...
The work under this contract has developed a generic predictor for bedform existence, growth/decay, ...
The ability to predict the presence and physical properties of small-scale sand ripples on the sea b...
The development of a new 2-D, time dependent ripple prediction model is presented which allows for t...
Author Posting. © American Geophysical Union, 2013. This article is posted here by permission of Am...
Wave-formed rippled sediment beds are extremely important to the processes that act on or across the...
Ripples are common morphological features in sandy marine environments. Their shapes and dimensions ...
Sand ripples are small (10 cm height) bed forms which occur in the nearshore and surf zone under the...
Previously published investigations on the wave bottom boundary layer and ripple geometry are combin...
529-537Laboratory experiments using a wave flume were designed to examine the characteristics of rip...
Traditional methods to parameterise wave-formed rippled sediment beds involve the determination of a...
Predicting the development of rip channel systems on beaches is relevant for beach safety, nearshore...
The long-term goal of the RIPPLES DRI is to develop the ability to predict the geometry and evolutio...
For advanced offshore engineering applications the prediction with available nautical X-band radars ...
A new method has been developed that models the changes a wave-formed rippled sediment bed undergoes...
Bedform roughness, caused by ripples on the seabed, plays an important role in controlling sediment ...
The work under this contract has developed a generic predictor for bedform existence, growth/decay, ...
The ability to predict the presence and physical properties of small-scale sand ripples on the sea b...
The development of a new 2-D, time dependent ripple prediction model is presented which allows for t...
Author Posting. © American Geophysical Union, 2013. This article is posted here by permission of Am...
Wave-formed rippled sediment beds are extremely important to the processes that act on or across the...
Ripples are common morphological features in sandy marine environments. Their shapes and dimensions ...
Sand ripples are small (10 cm height) bed forms which occur in the nearshore and surf zone under the...
Previously published investigations on the wave bottom boundary layer and ripple geometry are combin...
529-537Laboratory experiments using a wave flume were designed to examine the characteristics of rip...
Traditional methods to parameterise wave-formed rippled sediment beds involve the determination of a...
Predicting the development of rip channel systems on beaches is relevant for beach safety, nearshore...
The long-term goal of the RIPPLES DRI is to develop the ability to predict the geometry and evolutio...
For advanced offshore engineering applications the prediction with available nautical X-band radars ...
A new method has been developed that models the changes a wave-formed rippled sediment bed undergoes...
Bedform roughness, caused by ripples on the seabed, plays an important role in controlling sediment ...