leaning wheel grader

The force analysis was made for the runner′s blade of inclined flow turbine and its resultant of forces was calculated.

针对本课题所设计的斜流式水轮机转轮叶片进行受力分析并计算其合成力的的大小,应用UG建立了其叶片的实体模型,将其导入ANSYS有限元分析软件,进行应力和变形分析,根据分析结果进行强度校核,结果证明该斜流式水轮机叶片满足材料的强度要求,最后提出了减小应力集中的改进意见,并为今后的设计提供科学依据。

This paper is based on the quasi-3D flow theory to study the design method of runner blades of inclined flow turbine and to deduce the formula(the S1 and S2 m relative flow surface formula) that is more applicable for the inclined flow turbine runner and establishes the finite model by the finite method.

根据准三元流动理论,研究斜流式水轮机转轮叶片的设计方法。

The method can be applied to the design of centrifugal compressor and mixed flow compressor blades and vaned diffusers.

发展了一套径流及斜流式叶轮机的任意曲面叶型长短叶片的造型方法,并在离心式压气机和斜流式压气机的设计中做了具体的应用。