1.
Effects of non-axisymmetric IGV wakes on a low speed axial compressor
非轴对称导叶尾迹对低速轴流压气机的影响
2.
Numerical Investigation on Rotating Stall in a Low-Speed Axial Compressor;
低速轴流压气机旋转失速的数值模拟研究
3.
Numerical design optimization of a high-loaded low-speed axial-flow fan and experimental research
高负荷低速轴流风扇数值优化设计与实验研究
4.
NONLINEAR HARMONIC METHOD IN UNSTEADY NUMERICAL SIMULATION ON A LOW SPEED AXIAL TURBINE
低速轴流涡轮非定常数值模拟的非线性谐波法
5.
RESEARCH OF AERODYNAMIC NOISE SOURCE OF LOW SPEED AXIAL FANS BASED ON VORTEX-SOUND THEORY
基于涡声理论的低速轴流风机气动噪声研究
6.
Analysis of Steady and Unsteady Control of Flow Separation in Low-Speed Axial Compressor;
低速轴流压气机中流动分离的定常与非定常控制研究
7.
mainshaft low and reverse sliding gear
主轴低速及倒车滑动齿轮
8.
This bearing limit rotational speed is low, (therefore mainly applies on the mill calls rolling mill bearing).
该轴承极限转速较低，主要应用于轧钢机上（故称轧机轴承）。
9.
A gearing device that causes the output drive shaft to rotate at a slower rate than the engine input shaft.
低档使输出传动轴转速慢于引擎输入轴的齿轮装置
10.
(of a lathe) equipped with gearing for reducing the speed of the spindle from that of the driving pulley.
（指车床）装有齿轮以降低皮带轮的轴杆速度。
11.
Axial flow type.A standard agitator in low viscosity. The cycling speed is high.
轴流型，循环速率高，低粘度操作的表混搅拌器。
12.
Low Mass Design of Balancer Shaft in High Speed Reciprocated Internal Combustion Engine
高速往复式内燃机平衡轴低质量设计分析
13.
Research on Camshaft Connecting- Rod Type Low Speed High Torque Hydraulic Motors with High- Pressure Rank;
曲轴连杆式低速大扭矩液压马达的高压化研究
14.
Study on Virtual Instrumentation of Low Speed Heavy Load Large Bearing s Fault Diagnosis;
低速重载轴承故障诊断的虚拟仪器研究
15.
Research on Failure Diagnosis of Low-Speed Over-Loading Bearing Using Wavelet Theory
基于小波理论的低速重载轴承的故障诊断研究
16.
Improved Description of Axial Compressor Characteristics and its Application
轴流压气机低转速特性表达方式的改进及应用
17.
The Finite Element Analysis on One Large Power Low Speed Diesel Engine's Crankshaft
某大功率低速柴油机曲轴三维有限元分析
18.
Research on a Controllable Preload Method of High Frequency Spindles with Characteristics of Low-Speed Heavy and High-Speed Light Loads
兼顾低速重载和高速轻载电主轴的可控预紧方法研究