1.
Exploration on the teaching of hydrodynamic pump and fan for high vocational education;
高职课程《流体力学泵和风机》教学探讨
2.
Create The National Excellent Courses of Distinct Vocational Features--To build " Pump Fan and Fluid Mechanics " courses as an example;
打造职业特色鲜明的国家级精品课程——以建设“流体力学泵与风机”课程为例
3.
Hydrodynamics Behavior Study of Mixed-flow Fan Applied to Field Operation System;
野战系统专用混流式风机流体力学行为研究
4.
The effect of two leaves and leaf angle to axile flow pump and blower fan working capability;
二叶及叶片角度对轴流泵和风机性能的影响
5.
The Simulation Teaching System of Pump and Air Blower Based on 3dsmax and CAXA-solid
基于3dsmax和CAXA-solid的泵与风机模拟教学系统
6.
Centrifugal Pump Cavitation Analysis Based on CFD Method
基于计算流体力学的离心泵汽蚀原因分析
7.
gas compressors and fans
泵（液泵除外）、空气或其它气体压缩机及鼓风机
8.
fluid dynamics of turbomachine
叶轮机械流体动力学
9.
A Study on Dynamic Behavior and 3-D Numeric Simulation for Progressing Cavity Pump
螺杆泵的动力学机理和三维数值模拟技术研究
10.
The study for the wake model of wind turbine and the wake effects on the performance of wind turbine
风力机尾流数学模型及尾流对风力机性能的影响研究
11.
A new type of mud pump with high flow, high pressure, compactness and light weight is designed for truck mounted water well drill rig, tackling the difficulty in mud pump matching.
为车装水文水井钻机设计大流量、压力、体积、质量的新型泥浆泵，解决其泥浆泵配套难的问题。
12.
On the Rheology and Hydrodynamic Investigations of Magnetic Fluid;
磁性流体的流变学和宏观动力学研究
13.
Study on the magnetic fluid micro-pump used in the MEMS
用于微机电系统的磁流体微泵的研究
14.
STREAM TUBE MODEL OF AERODYNAMIC PERFORMANCE OF VERTICAL AXIS WIND TURBINE
立轴风力机空气动力学性能流管模型研究
15.
Relationship between computational fluid dynamics simulation and acoustic rhinometry and rhinomanometry in nasal cavity
鼻腔计算机流体力学模拟及与鼻声反射和鼻阻力计相关研究
16.
Computational Simulation of Horizontal Axis Wind Turbines Dynamics and External Flow;
水平轴风力机动力特性和流场的数值模拟
17.
Two-and three-dimensional hydrodynamic computer codes have been applied to the study of the early phases of the collapse of a gas cloud.
二维和三维流体力学计算机程序，已用于研究气体云的早期坍缩。
18.
Teaching Reform and Practice of Fluid Mechanics and Fluid Machines;
流体力学与流体机械课程教学改革与实践