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Recent Development of the Aero-engine Impeller and Blade Surface Polishing Technology

机译:最近的航空发动机叶轮和叶片表面抛光技术的发展

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The air compressing efficiency and heat conductance of aero-engine is markedly influenced by the surface micro-morphology and surface roughness of the impeller and blades, which will further affect the thrust weight ratio of plane. To achieve low flow losses, the roughness values of the impeller and blade surface must be below certain limits. Some polishing techniques as final finishing process of the impeller and blades are reviewed and their recent developments are shown in the paper. Further more a new kind of point-by-point NC polishing principle for aero-engine impeller surface, in which surface roughness will gradually change from the inlet to the outlet, are presented.
机译:空气发动机的空气压缩效率和导热率明显受叶轮和叶片的表面微观形态和表面粗糙度的影响,这将进一步影响平面的推力重量比。为了实现低流量损耗,叶轮和叶片表面的粗糙度值必须低于某些限制。一些抛光技术作为叶轮和叶片的最终整理过程进行了综述,并在纸上显示其最新的发展。还提供了用于航空发动机叶轮表面的新类型的点NC抛光原理,其中表面粗糙度将逐渐从入口逐渐变化到出口。

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