This work proposes a methodology for projecting the critical cross-sectional area of stable tidal inlets in hydro-sedimentological terms, with feasibility analysis. A stable tidal inlet can expel excess sediment deposited inside it, keeping its mouth clear, varying little over decades. The methodology is based on the persistence in which the shear stress exerted by the currents exceeds the critical mobility shear stress for the median diameter bottom sediment and conforms to well-established classical criteria for analysis of dynamic stability of tidal inlets. The research used computational modeling with analyses of 5985 cases involving idealized lagoon systems with one tidal inlet, with different tidal amplitudes, median sediment diameter...
In the present study, a morphological model based on the main governing processes of inlet channels ...
The morphological evolution of tidal flats has been widely investigated in recent years as it repre...
Wave-dominated tidal inlets are very dynamic coastal systems, whose morphology is continuously shape...
This study relates tidal channel cross-sectional area (A) to peak spring discharge (Q) via a physica...
In this report, a model is derived which simulates the behavior of channels and flats in a tidal bas...
This paper derives local formulae to estimate bed roughness and suspended transport and present a m...
This paper derives local formulae to estimate bed roughness and suspended transport and present a m...
Tidal inlets are connections between small, shallow bays and the sea. In a tide-dominated environmen...
ABSTRACT The Araruama Lagoon, Brazil’s largest hypersaline lagoon, is an important estuarine system ...
Factors controlling tidal inlet stability are analysed and the general dynamic behaviour of an inlet...
Owing to the decline of traditional salt production, a large number of saltpans in the Ria de Aveiro...
Most estuaries of the world are influenced by tides. The tidal action is a fundamental mechanism for...
The silting of tidal channels is a natural process that affects several shallow lagoons and makes i...
Estuarine hydrodynamics is a key factor in the definition of the filtering capacity of an estuary an...
Wave-dominated tidal inlets are very dynamic coastal systems, whose morphology is continuously shape...
In the present study, a morphological model based on the main governing processes of inlet channels ...
The morphological evolution of tidal flats has been widely investigated in recent years as it repre...
Wave-dominated tidal inlets are very dynamic coastal systems, whose morphology is continuously shape...
This study relates tidal channel cross-sectional area (A) to peak spring discharge (Q) via a physica...
In this report, a model is derived which simulates the behavior of channels and flats in a tidal bas...
This paper derives local formulae to estimate bed roughness and suspended transport and present a m...
This paper derives local formulae to estimate bed roughness and suspended transport and present a m...
Tidal inlets are connections between small, shallow bays and the sea. In a tide-dominated environmen...
ABSTRACT The Araruama Lagoon, Brazil’s largest hypersaline lagoon, is an important estuarine system ...
Factors controlling tidal inlet stability are analysed and the general dynamic behaviour of an inlet...
Owing to the decline of traditional salt production, a large number of saltpans in the Ria de Aveiro...
Most estuaries of the world are influenced by tides. The tidal action is a fundamental mechanism for...
The silting of tidal channels is a natural process that affects several shallow lagoons and makes i...
Estuarine hydrodynamics is a key factor in the definition of the filtering capacity of an estuary an...
Wave-dominated tidal inlets are very dynamic coastal systems, whose morphology is continuously shape...
In the present study, a morphological model based on the main governing processes of inlet channels ...
The morphological evolution of tidal flats has been widely investigated in recent years as it repre...
Wave-dominated tidal inlets are very dynamic coastal systems, whose morphology is continuously shape...