HIVEL2D, a two-dimensional flow model for high-velocity channels



Publisher: US Army Corps of Engineers, Waterways Experiment Station, Publisher: Available from National Technical Information Service in Vicksburg, MS, [Springfield, VA

Written in English
Published: Downloads: 822
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Subjects:

  • Hydrodynamics -- Data processing.,
  • River channels.

Edition Notes

Other titlesHIVEL2D, a two dimensional flow model for high-velocity channels.
Statementby R.L. Stockstill, R.C. Berger.
SeriesTechnical report REMR-HY -- 12., Technical report REMR-HY -- 12.
ContributionsBerger, Rutherford C., U.S. Army Engineer Waterways Experiment Station.
The Physical Object
FormatMicroform
Pagination1 v.
ID Numbers
Open LibraryOL18075720M

HIVEL2D, a two-dimensional flow model for high-velocity channels Download PDF EPUB FB2

HIVEL2D: a two-dimensional flow model HIVEL2D high-velocity channels. [Richard L Stockstill; Rutherford C Berger; United States. Two-dimensional flow model for high-velocity channels Technical Report Archive & Image Library (TRAIL) a two-dimensional flow model for high-velocity channels a schema:Book, schema.

Get this from a library. HIVEL2D, a two-dimensional flow model for high-velocity channels. [Richard L Stockstill; Rutherford C Berger; U.S.

Army Engineer Waterways Experiment Station.]. A numerical flow model, HIVEL2D, has been developed as a tool to evaluate high-velocity channels. HIVEL2D is a depth-averaged, two-dimensional flow model designed specifically for flow fields that. Goldman, David. NRC Review of American River Flood Flow Frequency Curves: Application of Precipitation Depth-Duration Frequency Curves, Estimation of Inflows to Folsom Dam, and Issues Related to the Extrapolation of Flow-Frequency Curves.

Comparison of some finite element methods for solving 3D heat transfer problems Article in Revue européenne des éléments finis 13(5) · October with Reads How we measure 'reads'. w 6 ON O o Model HIVEL2D EFM EFDC FESWMS-2DH Dimension 1,2 1,2, or 3 Description HIVEL2D is a free-surface, depth averaged model designed specifically to simulate flow in typical high- velocity channels.

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(3) Channels that convey high velocity (supercritical) flow require special attention. High-velocity channel design must account for the effects of air entrainment, cross waves, superelevation at channel bends, and increased erosion potential.

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A three-dimensional numerical hydraulic simulation model FLOW-3D is applied to the simulation of hydraulic shockwaves. This numerical model has been proved having good ability in simulating hydraulic shock waves through the comparison with experimental results.

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