Influence of swirler construction to the "oblique waves" occurrence
Keywords:
tangential swirler spillway, the Navier-Stokes equations, differential equation of Rossby, spillwaysAbstract
The paper considers the modes of tangential swirl spillway of the Medeo antimudflow dam. Experimentally proved that the "oblique waves" effect in the initial part of the shaft spillway occurs due to "overlapping" streams of water flow in the tangential swirler. This effect can be eliminated by improving the design of the swirler. The methods of three-dimensional computer modeling and animation were used to calculate and analyze the impact of structural elements of the swirler on the occurrence of "oblique waves" depending on the angle of the bottom shelf of the tangential swirler. A simple and effective design solution based on the example of the Medeo dam provides a rapid transition from the spatial structure of the water flow to an axisymmetric one.References
1. Slissky C.M. Kuznetsov E.B., Akhmedov T.Kh. Hydrotechnical construction. Multilevel vortex shaft spillways. – 1980. P. 10-12.
2. Belgibayev B.A. Application-oriented tasks of the theory of the swirling motions of heavy two-phase liquid. – Almaty, 1994. – 114 p.
3. Koshumbayev M.B. Dissipation of energy flow collision jets node pairing shaft with a discharge tunnel // Messenger KAZNTU. – Almaty, 2006. – № 6(56). – P 81-84.
4. Belgibaev B.A. Ramazanov E.T., Korzhaspaev A.E., Dairbaev A.M.-M. III-rd International Scientific-Practical Conference "ICT: Education, science and innovation." Design scheme for computer simulation of structures of the spillway Medey Dam. Alatau IT City. Almaty, IITU. – P .503-506.
5. Akhmedov T.Kh. Kvass A.K., Niyazov B.S., Saduov R.G. Vortex shaft spillway. – USSR. – 1982. Vol. 22.
6. AS 935 559 (USSR). Vortex spillway shaft / Akhmedov T.Kh., Kvass A.K., Niyazov B.S. Garden RG - Publ. in BI. –1982. – № 22.
7. Belgibaev B.A., Bukesova A.M., Korzhaspaev A.E. Computer simulation of spillway Medey Dam in Flow Vision technology // Joint Issue Journal of D. Serikbaev East Kazakhstan State Technical University and Computational Technology, Institute of Computational Technologies SB RAS. Computing Technologies. Part 1. Ust’-Kamenogorsk, EKSTU. – 2013. –P .79-82.
2. Belgibayev B.A. Application-oriented tasks of the theory of the swirling motions of heavy two-phase liquid. – Almaty, 1994. – 114 p.
3. Koshumbayev M.B. Dissipation of energy flow collision jets node pairing shaft with a discharge tunnel // Messenger KAZNTU. – Almaty, 2006. – № 6(56). – P 81-84.
4. Belgibaev B.A. Ramazanov E.T., Korzhaspaev A.E., Dairbaev A.M.-M. III-rd International Scientific-Practical Conference "ICT: Education, science and innovation." Design scheme for computer simulation of structures of the spillway Medey Dam. Alatau IT City. Almaty, IITU. – P .503-506.
5. Akhmedov T.Kh. Kvass A.K., Niyazov B.S., Saduov R.G. Vortex shaft spillway. – USSR. – 1982. Vol. 22.
6. AS 935 559 (USSR). Vortex spillway shaft / Akhmedov T.Kh., Kvass A.K., Niyazov B.S. Garden RG - Publ. in BI. –1982. – № 22.
7. Belgibaev B.A., Bukesova A.M., Korzhaspaev A.E. Computer simulation of spillway Medey Dam in Flow Vision technology // Joint Issue Journal of D. Serikbaev East Kazakhstan State Technical University and Computational Technology, Institute of Computational Technologies SB RAS. Computing Technologies. Part 1. Ust’-Kamenogorsk, EKSTU. – 2013. –P .79-82.
Downloads
Issue
Section
Computer Science
