首页> 外文会议>ASME/JSME/KSME Joint Fluids Engineering Conference >A TWIN UNIDIRECTIONAL IMPULSE TURBINE FOR WAVE ENERGY CONVERSION: EFFECT OF ROTOR BLADE PROFILE ON THE PERFORMANCE
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A TWIN UNIDIRECTIONAL IMPULSE TURBINE FOR WAVE ENERGY CONVERSION: EFFECT OF ROTOR BLADE PROFILE ON THE PERFORMANCE

机译:波浪能量转换的双向单冲涡轮:转子叶片轮廓对性能的影响

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There is a twin unidirectional impulse turbine topology in an oscillating water column for wave energy conversion, which has two unidirectional impulse turbines. In this topology, an oscillating airflow is rectified by these turbines. Previous studies show that the mean efficiency of this topology is predicted to be lower than the efficiency of a unidirectional impulse turbine. Therefore, the rectification of this topology needs more improvement. The objective of this study is to investigate the effect of the rotor blade profile on the performance of twin unidirectional impulse turbine by a wind tunnel test and computational fluid dynamics (CFD). In this study, 2 types of the rotor blade profiles in two cases of setting angles of guide vanes has been examined. As a result, the peak efficiency of Type A with θ= 14° was the highest of all turbines tested in this study. Furthermore, the flow state around the rotor and the guide vane is discussed.
机译:在振荡水柱中有一个双波单向脉冲式涡轮机拓扑结构,用于波能转换,它具有两个单向脉冲式涡轮机。在这种拓扑结构中,这些涡轮机纠正了振荡气流。先前的研究表明,这种拓扑的平均效率预计将低于单向脉冲式涡轮机的效率。因此,该拓扑的整流需要更多的改进。这项研究的目的是通过风洞试验和计算流体力学(CFD)研究转子叶片轮廓对双单向冲击式涡轮机性能的影响。在这项研究中,在两种情况下,研究了两种类型的转子叶片轮廓,分别是导向叶片的设定角度。结果,在该研究中,所有θ型涡轮机的θ= 14°峰值效率都达到了最高。此外,讨论了围绕转子和导向叶片的流动状态。

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