1974•Journal of the Hydraulics DivisionOpen access

Discussion of “Unit-Response Method of Open-Channel Flow Routing”

James P. Bennett

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Abstract

a depth perturbation; C = the Chezy discharge coefficient; S 0 = channel bottom slope; and the diffusion coefficient

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a depth perturbation; C = the Chezy discharge coefficient; S 0 = channel bottom slope; and the diffusion coefficient

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Available abstract

a depth perturbation; C = the Chezy discharge coefficient; S 0 = channel bottom slope; and the diffusion coefficient

Key concepts: Computer science, Routing (electronic design automation), Open-channel flow, Flow (mathematics), Unit (ring theory), Channel (broadcasting), Computer network, Mechanics

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Discussion of “Unit-Response Method of Open-Channel Flow Routing” — Research Paper | ScholarLens

Discussion of “Unit-Response Method of Open-Channel Flow Routing”

About this research paper

What this paper is about

Why it matters

Key contribution

Method / approach

Main findings

Limitations

Applications

Available abstract

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