| 1. | Numerical analyses on latest foreign design data of centrifugal impeller
国外一种最新速度系数资料的插值求解 |
| 2. | Centrifugal impeller mixer
离心叶轮混合器 |
| 3. | Optimizing design method for centrifugal impeller its engineering application and numerical simulation
离心叶轮优化设计法应用与全三维数值模拟 |
| 4. | Centrifugal impeller mechanism are used in many industrial applications , for example as air compressors
离心式叶轮机械在各个工业领域有重要应用，如空气压缩机。 |
| 5. | The designer of centrifugal impellers needs knowledge of the flow phenomena inside the impeller passages
离心叶轮的设计者需要详细了解其内部流场的各种流动现象。 |
| 6. | The author designed an unshrouded centrifugal impeller , set in the transparent centrifugal pump
本文中设计了半开式离心泵叶轮，安装在清水透明离心泵实验装置中。 |
| 7. | In present dissertation , a high performance scheme is employed to simulate the complicated flow field inside centrifugal impeller passages
本文应用一种高性能的数值计算方法求解了离心叶轮内部复杂的三维流场，研究了它们的气动性能。 |
| 8. | Li hai ? feng , mu zhong ? bo , wu yu ? lin . the three dimensional turbulent flow simulation in semi ? open centrifugal impeller [ j ] . pump technology , 2001 ( 1 ) : 915
李海峰,穆忠波,吴玉林.半开式离心泵叶轮内部三维紊流的数值模拟[ j ] .水泵技术, 2001 （ 1 ） : 915 |
| 9. | Distinctive centrifugal impeller to handle clean medium not containing solid particles , featured by little vibration , low noise and high efficiency ; open impeller to handle unclean liquid containing solid particles and short fiber , featured by stable operation and non - clogging
采用独特的离心式叶轮，供输送不含固体颗粒等清洁的介质，振动噪音低，效率高；采用开式叶轮，供输送不清洁带有固体颗粒及短纤维的液体，运行平稳、不堵塞。 |
| 10. | Based on former work , a finite difference viscous code that uses a high convergence , high accuracy , high resolution lu - sgs - ge implicit scheme and an improved fourth ( fifth ) - order high resolution muscl tvd scheme to integrate the full 3d navier - stokes equations and the low - reynolds number two - equation turbulence model is extended to simulate the flow field inside centrifugal impeller mechanism
并且在现有工作基础之上，将基于有限差分方法的高收敛率、高精度、高分辨率的lu - sgs - ge隐式格式和四（五）阶muscltvd格式求解全三维navier - stokes方程和低雷诺数双方程湍流模型的计算程序推广到离心叶轮机械内部流场的数值求解。 |
