管道内横流涡轮的研究:溢液侧机匣形式的影响。B辑:流体工程,传热,燃烧,动力,热物性

Y. Nakase, Jun-ichirou Fukutomi, Tsuyoshi Nimura
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引用次数: 1

摘要

近年来,许多研究者对横流涡轮进行了研究。本实验的目的是通过将该横流涡轮并入管道(如废水、污水厂排出物)来回收能量,即“能量再利用”。该水轮机的特点是进出口管轴线与水轮机中心在同一直线上,结构相当简单,没有活动部件。溢流侧套管的形式由注水长度和溢流侧开角决定。因此,我们获得了78.4%的最高效率。利用涡轮出口流动状况的实验数据,期望得到改进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Study on the Cross-Flow Turbine in the Pipe Line : Effects of the Effusion Side Casing Form : Series B : Fluid Engineering, Heat Transfer, Combustion, Power, Thermophysical Properties
In recent years the study on a Cross-Flow Turbine has been done by many reseachers. The purpose of this experiment is to recover energy by incorporating this Cross-Flow Turbine into a pipe line (for example, waste water, sewage plant effluent), that is, "reutilization of energy". This turbine has the features that the axes of both entrance and exit pipes and the center of turbine are on the same straight line, and it has considerably simple structure without moving parts. The effusion side casing form is determined by the length of cutwater and the effusion side open angle. Consequently we obtained a maximum efficiency of 78.4%. Improvement is expected by use of the experimental data for the flow condition of a turbine exit.
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