Study on Stress and Distribution of Curved Channel through Experiment

Ri Sheng Wang; Kai Shi

doi:10.4028/www.scientific.net/AMM.170-173.2260

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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 170-173Study on Stress and Distribution of Curved Channel...

Study on Stress and Distribution of Curved Channel through Experiment

Abstract:

The doppler velocity apparatus of the data collected on the corners river water cut stress in the system were studied. According to the test data, this paper analyzes the different working conditions river bend by shear stress, and draw a conclusion

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Periodical:

Applied Mechanics and Materials (Volumes 170-173)

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2260-2267

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.170-173.2260

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Online since:

May 2012

Authors:

Ri Sheng Wang, Kai Shi

Keywords:

Concave Bank, Convex Bank, Riverbend, Shear Stress

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References

[1] Zhang Hongwu. Corner circulation research. HuangKe research report, (1985)

Google Scholar

[2] Wang Pingyi. River bend dynamics [M]. Chengdu: chengdu university of science and technology press, in December (1995)

Google Scholar

[3] Liu Huanfang Cornerof the free surface shape [J].Journal of hydraulic engineering1990(4):46-50

Google Scholar

[4] Thorne C.R.E tal, Measurement of Bend Flow Hydraulics on the Fall River at Bankfull Stage [D], Colorado State University, Colorado, (1985)

Google Scholar

[5] Nouth, M.A.A nd Townsend Shear Stress Distribution in Stable Channel Bends [J]. J.H ydraul.

Google Scholar

[6] Qian Ning,Wan Zhaohui. Sediment movement mechanics [M]. Beijing: science press, (1986)

Google Scholar

[7] Zhang Hongwu, LvXin. Corner hydraulics. Beijing: hydraulic power press, in December (1993)

Google Scholar

[8] He Jianjing, Wang Huimin, smooth surface non-uniform force characteristic in open water, hehai university journal: natural science edition, 2003, 31 (5), p.513 ~ 517

Google Scholar

[9] Anwar,Turbulent structure in a river bend [J], Journalof Hydraulic Engineering,1986: 657-669.

Google Scholar

[10] Huang Bensheng the basic theory of sediment research seminar proceedings (A) [m]. Beijing: China water resources to sediment professional committee, 1992.464-470.

Google Scholar

[11] Liu Yueqin,Wan Yanchun, bend flow turbulence intensity, journal of south China university of technology, 2003, 35 (12), pp.89-93.

Google Scholar

[12] Li Hui, Xu Xiaoping. Hydraulics [M].wuhan: wuhan water power university press, 2000:279.

Google Scholar

[13] QiuDahong, XueHongchao.Engineering hydrology [M]. Beijing: people's traffic press, 1999:28.

Google Scholar

[14] Liu Huanfang, Zhang Kaiquan. Corner the surface of bed shear stress distribution. Northwest water resources and water engineering, 1993, (4) : 21-27

Google Scholar

[15] Yen B.C. Characteristics of Subcritical Flow in a Meandering Channel[D].Ph.D. Dissertation

Google Scholar

[16] D.V. Varshney and R.J. Garde. Shear Distribution in Bend in Rectangular Channels. J. Hyd. Div., ASCE, vol. 101, No. hy8, 1975, pp.1053-1066

DOI: 10.1061/jyceaj.0004408

Google Scholar

[17] Zhang Hongwu,Study on the Characteristics of Secondary Flow in River Bend[J].7th Congress APD-IAHR,Beijing,pp.259-264,November,(1990)

Google Scholar

[18] Hook R.L. Distribution of Sediment Transport and Shear Stress in A Meander Bend[J].Journal of Geology,Vol.83,pp.543-565

Google Scholar