impeller blade

after tilting the ministry with impeller blade .

叶轮带有后倾式的上下叶片。

analysis of integrated centrifugal impeller blade vibration reliability

整体离心叶轮叶片的振动可靠性分析

kinetic pumps pass kinetic energy to the fluid by means of a rapidly rotating impeller (blade).

动力泵依靠高速旋转的叶轮（叶片）将动能传给流体。

research on nc programming for impeller blade machining

螺旋桨叶型数控加工编程研究

modal analysis is a very effective method for the study of vibration characteristic of impeller blade.

对叶轮叶片振动特性进行研究，模态分析是一种十分有效的方法。

study on materials of laser cladding for impeller blade

粉煤机叶轮片激光熔敷强化材料的研究

design of measuring tool for profiles of integral impeller blade

整体叶盘叶片型面检测用检具设计

turbulent flow of power law fluid under the influence of its material parameters and pump impeller blade geometry

幂律流体物性参数及叶型几何对离心泵湍流流动的影响

For the centrifugal impeller blade composed of straight-line element, the grid generating method is developed with Cubic Non-Uniform B-Spline, and the corresponding program is completed.

采用三次非均匀B样条技术，对直纹面叶片的离心压缩机叶轮通道的网格生成方法进行了研究。

control technology on parallel straight-generatrix contour-evolution electrochemical grinding of integral impeller blade

平行直纹展成电解磨削整体叶轮的控制技术

therefore, nc manufacture of impeller blade is the most important.

所以叶轮数字化制造主要是叶片的数字化制造。

design and mapping of impeller blade of centrifugal water pump of high specific speed

高比转速离心泵叶轮的设计与绘型

Principle and Application of 3D Modeling of Impeller Blade in Pump

水泵叶片三维造型原理与工程应用

vibration design of impeller blade of aeroengine

航空发动机离心叶轮叶片的振动设计

The fifth generation behavioral modeling is described and optimized design of impeller blade in centrifugal pump is developed by using Pro/ E. Model of Meridional Flow Channel is described in details.

介绍了第五代建模技术&行为建模技术，应用Pro/E行为建模技术实现对叶轮优化设计，通过轴向流道优化建模过程详细介绍了行为建模技术。

Impeller blade erosion consists mainly of impact erosion at the leadingedge and slip erosion along the pressure side surface.

离心叶轮的磨损主要由叶片进口的冲击磨损和压力面的滑移磨损构成。

research on numerically controlled electro chemical contour evolution grinding an integral impeller blade surface

数控展成电解磨削整体叶轮叶片型面的研究

at given speed, delivers constant head pressure is determined by impeller diameter, impeller blade angle, number of stages, operating speed

出口压力的大小有叶轮直径，叶片角度，叶轮级数，工作转速决定

pump wear characteristics are affected obviously by parameters of the impeller blade.

叶片参数及浆体物性对泵的磨损特性影响明显。

the experimental results show that pump performance curve will change with different impeller blade angles;

结果表明，叶片出口安放角不同，泵性能曲线将发生变化；