INFLUENCE OF WIND WAVES ON THE FLOW IN FLOWING RESERVOIRS

Authors

DOI:

https://doi.org/10.31436/iiumej.v21i2.1329

Keywords:

wave action, spectral component, method of characteristics, acceleration length, wave beam

Abstract

ABSTRACT: Methods are given for calculating the formation of wind waves in flowing reservoirs, taking into account oncoming and associated currents and the limitation of acceleration by the banks.

ABSTRAK: Kaedah diberikan bagi mengira pembentukan gelombang angin dalam takungan aliran, dengan mengambil kira arus datang dan aliran berkaitan dan kekurangan pecutan pada tebing.

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Author Biography

Alisher Normurodovich Khazratov, Karshi Engineering Economics Institute

Senior teacher in "Operation of hydraulic structures and pumping stations" department 

References

Atazhanov A, Kantargi IG, Sapova NO. (1989) Development of a method for predicting wind waves on streams. Proceedings of the VNII VODGEO, M., VODGEO, 40-45.

Zairov HI, Listrova PP, Masumov RR. (1986) Prediction of wind wave elements in large channels. Hydraulic Engineering, 12:44-46.

Kantargi IG (1987) A method for predicting wind waves on streams. Tr. VNII VODGEO, M, VODGEO, 60-68.

Kantargi IG, Dreisis YuI., Chebotkevich VO. (1987) The forecast of wind waves in large canals and flowing reservoirs. Hydraulic Engineering and Land Reclamation, 2: 24-27.

Krylov YuM., Strekalov SS, Tsyplukhin VF. (1976) Wind waves and their impact on structures. Leningrad, Gidrometeoizdat.

Mass EI, Kantargi IG. (1988) Method for calculating wind waves in large channels. Water Resources, 1:60-67.

Mass EI, Kantargi IG. (1986) Recommendations for the calculation of wind waves and sediment transport in large channels. Central Scientific Research Institute of Scientific Research, 1986, pp 1-63.

Rzhanitsyn NA, Altunin VS, Voynich-Syanozhentsky TG, Mass EI, Debolsky VK, Kantargi IG and others. Recommendations for the hydraulic calculation of large channels. GKNT USSR, Soyuzgiprovodkhoz, (1986), pp 1-153.

Bretherton FP, Garret CJR. (1969) Wave trains in inhomogeneous moving media. Proc. Roy. Soc. A, 302: pp 1-529.

Kato H, Tsuruya H, Doi T, Mijarari Y. (1976) Experimental study of wind waves generated on water currents. 2nd report, Rep. Port Harbor Res. Inst., 15(4):3-46.

Kato H, Tsuruya H, Terakawa H. (1981) Experimental study of wind waves generated on water currents. 3rd report. Wave forecasting methods and its experimental confirmation. Rep. Port Harbor Res. Inst., 20(3):94-129.

Kato H, Tsuruya H. (1978) Experimental study of wind waves generated on currents. Proc. 16th Coastal Eng. Conf. ASCE, 1:742-755.

Mitsuyasu H, Rikiishi. (1975) On the growth of duration-limited wave spectra. Rep. Res. Inst. Appl. Mech., Kuishi Univer., v. 23, 31-60.

US Army (1984) Shore protection manual v. 2, 4th ed., Coast. Eng. Res. Center, Washington, D.C.

Wood AMM. (1969) Coastal Hydraulics. Pitman Press, Both.

Willis DH. (1978) Sediment Load under Waves and Current. Proc. 16th Int. Conf. on Coastal Eng. August 27-September 3, 1978; Hamburg, Germany.

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Published

2020-07-04

How to Cite

Eshev, S., Khazratov, A., Rahimov, A., & Latipov, S. (2020). INFLUENCE OF WIND WAVES ON THE FLOW IN FLOWING RESERVOIRS. IIUM Engineering Journal, 21(2), 125 - 132. https://doi.org/10.31436/iiumej.v21i2.1329

Issue

Section

Civil and Environmental Engineering