Add to ORKGRegime channel formation is a delicate adaptation to the imposed environmental conditions compatible with flow and sediment transport mechanisms. The present paper concerns the computation of the regime configuration of a meandering stream. It is supposed that the channel develops until it reaches the state of “final thermodynamic equilibrium”, where the ratio of the kinetic energy of the flow to its cross-sectional potential energy is minimum. An optimization procedure that allows the analysis of the regime channel formation is presented and it is checked using a real case
The mathematical modeling of the long-term evolution of meandering rivers needs an efficient computa...
Rivers have distinctive channel patterns such as multi-channel braiding and single-channel meanderin...
Investigations were made at the Hydraulics Research Station of channels which achieved a meander pat...
Regime channel formation is a delicate adaptation to the imposed environmental conditions compatible...
Rational regime models can be used to develop meaningful frameworks for understanding reach scale al...
An in-depth analysis of several methods for the determination of regime channel geometry is presente...
AU over the world natui'al lowland rivers and streams are winding tlii'ough the sediments deposited ...
Regime channels are important for stable canal design and to determine river response to environment...
The present study intended to review the historical development of the regime geometry equations pro...
The purpose of regime theory is to predict the size and shape of stable alluvial channels. The theor...
Meander flow takes place in one single channel which oscillates more orless regularly with amplitude...
In the first half of this paper, we describe applicability of the one-dimensional analytical modelof...
Meandering channels are dynamic landforms that arise as a result of fluid mechanic and sedimentary p...
Gravel-bed braided rivers are distinctive natural environments that provid a wide range of key envir...
Until recently no universal agreement as to a philosophical or scientific methodological framework h...
The mathematical modeling of the long-term evolution of meandering rivers needs an efficient computa...
Rivers have distinctive channel patterns such as multi-channel braiding and single-channel meanderin...
Investigations were made at the Hydraulics Research Station of channels which achieved a meander pat...
Regime channel formation is a delicate adaptation to the imposed environmental conditions compatible...
Rational regime models can be used to develop meaningful frameworks for understanding reach scale al...
An in-depth analysis of several methods for the determination of regime channel geometry is presente...
AU over the world natui'al lowland rivers and streams are winding tlii'ough the sediments deposited ...
Regime channels are important for stable canal design and to determine river response to environment...
The present study intended to review the historical development of the regime geometry equations pro...
The purpose of regime theory is to predict the size and shape of stable alluvial channels. The theor...
Meander flow takes place in one single channel which oscillates more orless regularly with amplitude...
In the first half of this paper, we describe applicability of the one-dimensional analytical modelof...
Meandering channels are dynamic landforms that arise as a result of fluid mechanic and sedimentary p...
Gravel-bed braided rivers are distinctive natural environments that provid a wide range of key envir...
Until recently no universal agreement as to a philosophical or scientific methodological framework h...
The mathematical modeling of the long-term evolution of meandering rivers needs an efficient computa...
Rivers have distinctive channel patterns such as multi-channel braiding and single-channel meanderin...
Investigations were made at the Hydraulics Research Station of channels which achieved a meander pat...