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Analytical Approach to River Regime
180
Citations
0
References
1982
Year
EngineeringRational Regime RelationshipsFluvial ProcessEarth ScienceGeotechnical EngineeringEmpirical Regime RelationshipsHydraulic EngineeringRiver RegimeRiver Basin ManagementGeographyGravel ChannelsHydrologySediment TransportSedimentologyCoastal Sediment TransportWater ResourcesCivil EngineeringSediment ProcessSedimentation
Rational regime relationships for the width, depth and slope of a channel in equilibrium are developed using the Ackers and White sediment transport formulae and the White, Paris and Bettess friction relationships, together with the principle of maximum sediment transporting capacity. Favorable comparisons are made with data from sand and gravel channels and with existing empirical regime relationships.