ANALYTICAL RELATIONSHIPS BETWEEN GEOMETRIC AND ENERGY PARAMETERS OF THE WATER WHEEL

Admin bo'lib kirish (www.admin.slib.uz)

Tizim sinov (TEST) rejimida ishlamoqda! Murojat uchun @slib_support

Eski talqinga o'tish link

11 сентябр 2023

Asosiy til:Ingliz

ANALYTICAL RELATIONSHIPS BETWEEN GEOMETRIC AND ENERGY PARAMETERS OF THE WATER WHEEL

Fan yo'nalishi:

64fec068e3cef.pdf

PDF

Technical science and innovation

Maqola chop etish see more

MAQOLA ANNOTATSIYASI

The article analyzes the types of water wheels operating in flowing and lowpressure water sources. By solving the Navier-Stokes equation, the sources of running water, the generation of electricity using a water wheel in channels, and the characteristics of the speed of water flow in channels are investigated. Depending on the degree of immersion of the impeller blades in water, the energy values are theoretically calculated, i.e., the acting force, water pressure, moment of force and power shoulders, depending on the geometric dimensions and the number of impeller blades. The application of the water wheel and the analysis of theory and practical sources are presented. Particular attention is paid to the coverage of their technical aspects.

MUALIFLAR

Teglar

# impeller# water wheel# hydro turbines# jet turbines# water sources

Maqolani baholang

0

0 ta

Maqola idintifikatorlari

ROI:

https://eroi.uz/11.0008/A0923-0015

DOI:

Mavjud emas

Foydalanilgan adabiyotlar

O. Bozarov., Kh. Usarov., B. Kiryigitov. Prospects for providing decentralized areas with renewable electricity. “International Journal for Innovative Engineering and Managment Reseach”, 2021. 227.

M. Gerald., K. Klemens. Old water mills - Britain's new source of energy. “New civil engineer international”, 2003. 20.

J.C. Casila., M. Duka., R.D.L. Reyes., J.C. Ureta. Potential of the Molawin creek for mikro hydro power generation: “An assissment sustainable energy technologies and assissments”, Phillipines, 2019. 111

P.P. Sweet. Development of a micro-hydro power plant with an asynchronous generator for agricultural consumers. “Abstract of the dissertation for the degree candidate of technical sciences”, Barnaul, Altai State Technical University. 2007. 25

D. Zhou., J. Gui., D. Deng., H. Cheu., Y. Yu., A.Yu., C. Yang. “Development of an ultralow head siphon hudro turbine using computational fluid dinamics”, Energy. China, 2019. 43

K. Brada., K. A. Radlik. Water screw motor for micropower plant. “6th Intl. Symp. Heat exchange and renewable energy sources”, W. Nowak, ed. Wydaw Politechniki Szczecioskiej, Szczecin, Poland, 1996. 43.

E.S. Umbetov., Sh.K. Shokolakova. Analysis of the classification of structures micro-zheos. “Scientific Bulletin of BSU”, Bishkek, 2016. 124

D.B. Kadyrov. “Energy-efficient microhydroelectric power plant for low-pressure water flows”, 2018. 17

N.E. Kochin., I.A. Kibel., N.V. Rose. Theoretical hydromechanics. “Phys.-math. Literature”, Moscow, 1963. 420

O.O. Bozarov., Kh.S. Usarov., S.R. Saidullayeva. “Energy potential of solar and water resources in Uzbekistan and their use international journal on integrated education”, 2022. 64

S.I. Averin., A.N. Minaev., V.S. Shvydkiy. “Fluid and gas mechanics”, Moscow, 1986. 163.

M. Mamadzhanov., B. Shakirov., O.O. Bozarov., B. Shakirov. The solution of leveling NaveStoksa for the pumping station of the water channel. “Scientific and technical journal Uzbekhydroenergy”, 2020. 44.

https://metalspace.ru/history-metallurgy/tom2/water/148-vodyanye-koljosa-v-drevnemmire.html

A.B. Satybaldyev., A. Abidov., T.K. Matisakov., A.K. Attokurov. Calculation of the blade of the bottom-hole water wheel. “Science, new technologies and innovations of Kyrgyzstan”, 2016. 16

Z.I. Abdumalikova. Improving the performance of the level of roundness of the water wheel plates. Science and education. “Scientific Journal”, 2022. 452