Guide vane body with splitter vanes

Abstract

The invention relates to a novel splitter guide vane body, and belongs to the field of fluid machinery. The flowing state of fluid in a guide vane flow channel is improved by additionally arranging auxiliary vanes, the vortex area and intensity in the guide vane flow channel are obviously reduced, the efficiency of a pump can be remarkably improved, vibration noise induced by the fluid is reduced,and the operation stability of the pump is improved.

Description

technical field [0001] The invention relates to a novel diverter guide vane, which belongs to the field of fluid machinery. Background technique [0002] As an important energy conversion and fluid delivery device, the pump is widely used in various sectors of the national economy. As one of its main flow-passing components, the guide vane is widely used in the field of rotating machinery such as mixed-flow pumps and axial-flow pumps. Different pump types are used in various fields such as farmland drainage and irrigation, power station cooling system, aerospace and aviation, etc., and the requirements for pump performance are becoming more and more stringent. Therefore, improving the energy performance of the pump and reducing the vibration and noise of the pump are of great significance to the national economy, energy saving and emission reduction. Significance. The guide vane can eliminate the velocity loop of the liquid flowing out of the impeller and convert part of th...

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Problems solved by technology

The thickness of the guide vane also has a certain influence. If the thickness of the guide vane is too small, the energy conversion ability of the guide vane will be weakened. If the thickness of the guide vane is too large, the displacement between the guide vanes will increase and the energy loss will increase.

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