TOWARDS THE DEVELOPMENT OF AN IMPELLER WITH SPLITTERS FOR A RADIAL-AXIAL HYDRAULIC TURBINE

V. I. Kurir

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TOWARDS THE DEVELOPMENT OF AN IMPELLER WITH SPLITTERS FOR A RADIAL-AXIAL HYDRAULIC TURBINE

机译：面向径向轴流式水轮机带叶轮的叶轮的开发

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The question of the optimal shape of a hydraulic turbine blade is the chief issue in hydraulic turbine construction. It is necessary to design and create a sample of a turbine impeller with maximum efficiency and high cavitation properties. In order to achieve this objective, studies are conducted that are based on hydrodynamic analysis of the hydraulic turbine water path and selection of the best turbine blade geometry, by bringing in methods of genetic optimization. The author of this article proposes a different method of creating a turbine impeller; adding additional blade-splitters to the design.

机译：水轮机叶片的最佳形状的问题是水轮机构造中的主要问题。有必要设计和创建具有最大效率和高空化特性的涡轮机叶轮样品。为了实现此目标，通过引入遗传优化方法，进行了基于水力涡轮机水路的流体动力学分析和最佳涡轮叶片几何形状选择的研究。本文的作者提出了一种制造涡轮机叶轮的不同方法。在设计中添加了其他刀片拆分器。

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来源
《Hydrotechnical Construction》 |2019年第1期|62-64|共3页
作者
V. I. Kurir;
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作者单位

A. N. Tupolcv Kazan National Research Technical University, Kazan,Russia;

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原文格式 PDF
正文语种 eng
中图分类
关键词
hydraulic turbine; splitter; vortex bundle; vibrations; hydroelectric power station;

机译：水轮机分离器涡旋束振动水力发电站;

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专利

1. TOWARDS THE DEVELOPMENT OF AN IMPELLER WITH SPLITTERS FOR A RADIAL-AXIAL HYDRAULIC TURBINE [J] . V. I. Kurir Hydrotechnical Construction . 2019,第1期

机译：朝向径向轴向液压涡轮机的分离器开发叶轮
2. Design and optimization of turbine for solar chimney power plant based on lifting design method of axial-flow hydraulic turbine impeller [J] . Zuo Lu, Dai Pengzhan, Yan Ziyang, Renewable energy . 2021,第Juna期

机译：基于轴流液压涡轮机叶轮升降设计方法的太阳能烟囱发电厂涡轮机的设计与优化
3. Development of a Radial-Axial Pump-Turbine for Decentralized Small Pumped Storage Power Plants [J] . Schilling Rudolf, Schober Georg, Hutter Michael, Wasserwirtschaft . 2015,第5appa期

机译：分散式小型抽水蓄能电站用径向泵泵
4. Hydraulic Efficiency of a Rushton Turbine Impeller [C] . Z. Chara, B. Kysela, I. Fort International Conference of Numerical Analysis and Applied Mathematics . 2017

机译：拉什顿涡轮机叶轮的液压效率
5. Development of an interactive object-oriented program to model hydraulic turbine-generator lateral vibrations for machine health monitoring. [D] . Bettig, Bernhard Paul. 1995

机译：开发了一个交互式的面向对象程序，以对水轮机发电机横向振动进行建模，以监控机器的运行状况。
6. Detection of Hydraulic Phenomena in Francis Turbines with Different Sensors [O] . David Valentín, Alexandre Presas, Carme Valero, 2019

机译：不同传感器在混流式水轮机中水力现象的检测
7. On the Flow in the Impeller of Centrifugal Type Hydraulic Machinery : 5th Report, The Impeller with Splitter Vanes [O] . Yoshihiro MATSUOKA 1961

机译：关于离心式液压机械叶轮流动的流动：第5次报告，带分裂叶片的叶轮
8. INVESTIGATIONS OF AIR-COOLED TURBINE ROTORSnFOR TURBOJET ENGINES III - EXPERIMENTAL COOLING-AIR IMPELLER PERFORMANCE AND TURBINE ROTOR TEMPERATURES IN MODIFIED J33 SPLIT-DISK ROTOR UP TO SPEEDS OF 10.000 RPM [R] . Alfred J. Nachtigall, Charles F. Zalabak, Robert R. Ziemer 1952

机译：空气冷却涡轮机转子涡轮喷气发动机的研究III - 改进的J33分离式转子的实验冷却 - 空气叶轮性能和涡轮转子温度，转速高达10.000转/分钟

TOWARDS THE DEVELOPMENT OF AN IMPELLER WITH SPLITTERS FOR A RADIAL-AXIAL HYDRAULIC TURBINE

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