说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 句库 -> 离心应力
1.
Effects of centrifugal stress on foreign object damage of blades
旋转离心应力对叶片受外物损伤的影响研究
2.
so the turbine must be carefully started because of vibration, rotor thermal and centrifugal stresses and differential expansions, and the boiler also requires a careful warm-up.
由于振动、转子热应力和离心应力与膨胀的差异,汽机须小心开车,锅炉也须小心热炉。
3.
Centrifuge: Machine that applies a sustained centrifugal force.
离心机:任何应用持续离心力的装置。
4.
centrifugal prestressed concrete pile
离心预应力混凝土桩
5.
The effect is customarily called centrifugal distortion.
这种效应通常叫做离心力形变。
6.
Repeated bout effect of eccentric exercise and muscular biomechanics adaptation theory
离心运动重复效应及肌肉生物力学适应论
7.
The Interference Fit for Centrifugal Compressor and The stress Analysis for Impeller Construction
离心压缩机过盈配合叶轮结构应力分析
8.
Stress and Vibration Analysis of Rotating Parts of Sleeve Filter Centrifuge;
翻袋式离心机旋转部件的应力和振动分析
9.
The FEM Simulation of Slope Seismic Response Centrifugal Model Test
边坡地震动力响应离心模型试验的有限元模拟
10.
Stress analysis and structural optimization for the barrate of top suspension centrifuge
上悬式离心机转鼓的应力分析与结构优化
11.
Applications of Rotor Dynamics Analysis in High Pressure Centrifugal Compressors
转子动力学分析在高压离心式压缩机中的应用
12.
Static analysis and structural optimization for drum of GD-1300 hang type centrifuge
GD-1300上悬式离心机转鼓的应力分析与优化
13.
Influence of Distributing Parameters of Reinforcing Ring on Stress of Centrifugal Drum
加强箍分布参数对离心机转鼓应力的影响
14.
The Practical Analysis of Prestressed Spun Concrete Hollow Square Pile
预应力离心混凝土空心方桩在工程中的实用分析
15.
The main adverse effect of high speed of operation is the additional stress on the outer race owing to centrifugal force.
高运转速度的主要不利后果是由于离心力在外圈上引起附加应力。
16.
Dynamic Response of Volute of Centrifugal Fan under Aerodynamic Excition
离心风机蜗壳在内部流场脉动压力激励下的动力响应研究
17.
Analysis of dynamic characteristics of rotating wind turbine blade with centrifugal stiffening effect
考虑离心刚化效应的旋转风力机叶片动力特性分析
18.
Adaptive Control Study of Vibration-Centrifugal Force Compound Environment Based on Adaptive Filter;
基于自适应滤波的振动—离心力复合环境自适应控制研究