Add to ORKGWe consider the effects of coastal topography on the wake of an idealised headland model in a laboratory flume. Under a range of Reynolds numbers relevant to coastal oceans, we find that coherent eddies interact strongly with the headland shear layer and wake, affecting the width of the shear layer and the length of the wake. A preliminary investigation of turbulence statistics indicates that topography upstream of a headland can lead to a wider shear layer, a headland wake that extends further downstream, and enhanced horizontal diffusion out of the wake relative to the case with unperturbed oncoming flow
Laboratory measurements and numerical modeling at low Reynolds numbers (Reθ<7700) indicate the energ...
Hsu, Tian-JianTo better understand the turbulent coherent structures in the coastal environments, we...
In the wakes of islands (or headlands), the presence of stratification higly modifies the structure ...
We consider the effects of coastal topography on the wake of an idealised headland model in a labora...
In this thesis, the phenomenon of flow-topography interaction is considered in the context of two dy...
This thesis develops and applies simple models to investigate coastal flows driven by vorticity and ...
This is the publisher’s final pdf. The published article is copyrighted by the American Geophysical ...
Submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy at the M...
Tidal flow can generate unsteady wakes, large eddies and recirculation zones in the lee or around co...
The two-dimensional steady flow of a coastal flow past a headland has been considered. Results from ...
This study investigates the linear and non-linear instability of a buoyant coastal current flowing a...
Observations of a front associated with boundary layer separation from a headland illustrate a mecha...
We investigate the formation and evolution of oceanic wakes, generated by obstacle of the shape of M...
Several types of flows driven by outflows on the continental shelf are examined mathematically and n...
The interaction of ocean waves and turbulence is a fundamental process in the ocean. Understanding a...
Laboratory measurements and numerical modeling at low Reynolds numbers (Reθ<7700) indicate the energ...
Hsu, Tian-JianTo better understand the turbulent coherent structures in the coastal environments, we...
In the wakes of islands (or headlands), the presence of stratification higly modifies the structure ...
We consider the effects of coastal topography on the wake of an idealised headland model in a labora...
In this thesis, the phenomenon of flow-topography interaction is considered in the context of two dy...
This thesis develops and applies simple models to investigate coastal flows driven by vorticity and ...
This is the publisher’s final pdf. The published article is copyrighted by the American Geophysical ...
Submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy at the M...
Tidal flow can generate unsteady wakes, large eddies and recirculation zones in the lee or around co...
The two-dimensional steady flow of a coastal flow past a headland has been considered. Results from ...
This study investigates the linear and non-linear instability of a buoyant coastal current flowing a...
Observations of a front associated with boundary layer separation from a headland illustrate a mecha...
We investigate the formation and evolution of oceanic wakes, generated by obstacle of the shape of M...
Several types of flows driven by outflows on the continental shelf are examined mathematically and n...
The interaction of ocean waves and turbulence is a fundamental process in the ocean. Understanding a...
Laboratory measurements and numerical modeling at low Reynolds numbers (Reθ<7700) indicate the energ...
Hsu, Tian-JianTo better understand the turbulent coherent structures in the coastal environments, we...
In the wakes of islands (or headlands), the presence of stratification higly modifies the structure ...