Abstract: A mathematical model for water and sediment routing through curved alluvial channels is developed and applied in a case study. This model, which is for alluvial streams with nonerodible banks, may be employed to simulate ...

Abstract: A method for predicting river channel's adjustments of equilibrium is presented and illustrated by examples. This method is based upon the quantitative relationships among the variables of water discharge, bed‐material ...

Abstract: The regime geometry and channel patterns of alluvial rivers are analyzed Wing an energy approach together with physical relationships of flow continuity, flow resistance, and sediment transport. Because of the discontinuity ...

Abstract: A computer‐based flood‐ and sediment‐routing model which simulates river channel changes is described together with its application in the case study of a disturbed river. Simulated results of this study are supported by ...

Abstract: This paper describes linear partitioning of energy expenditure in curved open channels. An analytical method which predicts energy losses due to longitudinal resistance and transverse circulation is presented; predicted ...

Abstract: River flow in a meandering channel is characterized by the growth and decay of the transverse circulation which reaches a maximum near the apex and reverses its direction near the crossover. Based upon the mechanics of ...