Comparing flow simulation in composite sections with vegetation coverage on the floodplains in ssiim, laboratory and phoenix models

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Research Paper 01/06/2015
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Comparing flow simulation in composite sections with vegetation coverage on the floodplains in ssiim, laboratory and phoenix models

Khansalar, Mohammad Reza, Dabaghmanesh, Mehdi
J. Bio. Env. Sci.6( 6), 464-469, June 2015.
Certificate: JBES 2015 [Generate Certificate]

Abstract

There are many models for flow simulation, which according to the complications that happen in various situation, have their own precision and of course limitations. Due to this variation, choosing model type, has become one of the most important parts, in every research. One of these methods, that researchers are so interested in that, is SSIIM model. This model, in order to it’s simplicity, is very functional. In this article, many aspects of SSIM model’s abilities, including it’s precision in flows related vegetation on floodplains, have been studied, and the achieved results have been compared with Fisher Antz and laboratory model. In the next step, we did some graphical tests on the achieve data, then we analyzed the results, and high precision of this model was confirmed.

VIEWS 8

Cheng ST, Yen B JBES_ZMI-100-final-go for publish. Docx C, Tang WH. 1986. Wind induced overtopping risk of dams, proceeding of stochstic And risk analysis in hydraulic engineering water re sources publications 66-78.

Farhadzadeh A, Shifieefar M. 1385. Analytical studies of existing models, in overpass of the structures. eighth conference on maritime industries, November.

Jafari A, Shahidi AA. 1389. present a model for estimating the rate of flyover wave in a plat form of graver, ninth conference of Iran hydraulic, TMU.

Khakbazb. 1380. risk analysis and reliability of overpass river flood , due to the river . the third conference of Iran hydraulic.

Meftahhalghi M, Azizi A, Dehghani AA, Alhoseini NS. 1388. The energy dissipation in overflow of lace stone stairway through using impermeable plates , publication of agricultural science and natural resources 234-241.