We present a transport model for mixed sand/gravel sediments. Fractional transport rates are referenced to the size distribution of the bed surface, rather than subsurface, making the model completely explicit and capable of predicting transient conditions. The model is developed using a new data set of 48 coupled observations of flow, transport, and bed surface grain size using five different sediments. The model incorporates a hiding function that resolves discrepancies observed among earlier hiding functions. The model uses the full size distribution of the bed surface, including sand, and incorporates a nonlinear effect of sand content on gravel transport rate not included in previous models. The model shares some common elements with t...
The mass and size distribution of grain entrainment per unit bed area may be measured by replacing a...
Abstract. Using previously published data from flume studies, we test a new approach for quantifying...
Experiments were conducted in a laboratory flume channel to evaluate the effects of increasing amoun...
We present a transport model for mixed sand/gravel sediments. Fractional transport rates are referen...
A mixed-size sediment transport model using only two fractions, sand and gravel, offers practical ad...
[1] A mixed-size sediment transport model using only two fractions, sand and gravel, offers practica...
Twenty-eight coupled observations of flow, transport, and bed surface grain size distribution were m...
Fine-grained sediment represents a significant component of the total transport load in most fluvial...
Abstract. We measured a wide range of transport rates for five different sand/gravel mixtures in a l...
Abstract. We measured a wide range of transport rates for five different sand/gravel mixtures in a l...
We measured a wide range of transport rates for five different sand/gravel mixtures in a laboratory ...
In a series of flume experiments using constant discharge, flow depth, and gravel feed rate, sand fe...
This study consists of three sections: - experiments on sand transport in oscillatory sheet flow wit...
In the mass balance of a riverbed, some terms are usually assumed constant for reasons of simplicity...
Grains of a single size within a mixed-size bed are entrained over a range of flows. Within this ran...
The mass and size distribution of grain entrainment per unit bed area may be measured by replacing a...
Abstract. Using previously published data from flume studies, we test a new approach for quantifying...
Experiments were conducted in a laboratory flume channel to evaluate the effects of increasing amoun...
We present a transport model for mixed sand/gravel sediments. Fractional transport rates are referen...
A mixed-size sediment transport model using only two fractions, sand and gravel, offers practical ad...
[1] A mixed-size sediment transport model using only two fractions, sand and gravel, offers practica...
Twenty-eight coupled observations of flow, transport, and bed surface grain size distribution were m...
Fine-grained sediment represents a significant component of the total transport load in most fluvial...
Abstract. We measured a wide range of transport rates for five different sand/gravel mixtures in a l...
Abstract. We measured a wide range of transport rates for five different sand/gravel mixtures in a l...
We measured a wide range of transport rates for five different sand/gravel mixtures in a laboratory ...
In a series of flume experiments using constant discharge, flow depth, and gravel feed rate, sand fe...
This study consists of three sections: - experiments on sand transport in oscillatory sheet flow wit...
In the mass balance of a riverbed, some terms are usually assumed constant for reasons of simplicity...
Grains of a single size within a mixed-size bed are entrained over a range of flows. Within this ran...
The mass and size distribution of grain entrainment per unit bed area may be measured by replacing a...
Abstract. Using previously published data from flume studies, we test a new approach for quantifying...
Experiments were conducted in a laboratory flume channel to evaluate the effects of increasing amoun...