1.
Test and Analysis of the Rotating Stall and Surge of a Ten-stage Axial-flow Compressor
十级轴流压气机旋转失速和喘振的实测与分析
2.
Based on data analysis in both time and frequency domain, characteristics of blade vibration response at rotating stall and surge condition are introduced.
在对时域和频域数据分析的基础上,论述了旋转失速和喘振状态下叶片振动响应的特征。
3.
Numerical Simulation of Counter-rotating Axial Flow Fan under Stalling and Surging
矿用对旋轴流风机失速与喘振下的数值模拟
4.
Analysis and Research on Stalling and Surging Abnormity of Large Boiler ID Fan
大型锅炉引风机失速、喘振异常的分析与探讨
5.
Analysis of surge characteristics by increasing fuel delivery for acceleration on a certain engine
提高发动机加速过程供油量逼喘的喘振特征分析
6.
A Numerical Study for the Resonant Triad Interaction and Secondary Instability in a Three-dimensional Supersonic Boundary Layer;
三维超音速边界层中三波共振和二次失稳机制的数值模拟研究
7.
The surge margin at design operating point was estimated by the numerical results.
根据设计转速下的计算结果,预估了压气机设计点的喘振裕度。
8.
Analysis of the stall flutter and results are emphasized.
文中着重对失速颤振现象及结果作了分析。
9.
The Nonlinear Analysis on the Mechanism Giving Rise to the Oil Whip Instability of Large High-Speed Rotor;
大型高速转子油膜振荡失稳机理非线性分析
10.
Secondary Instability Flutter of Heated Panels in Supersonic Airflow
超声速气流中受热壁板的二次失稳型颤振
11.
A numerical study of unstalled two dimentional flow on an oscillating cascade
非失速二维振荡叶栅非定常流动数值模拟研究
12.
Surging is ordinarily associated with separation and re-attachment in the diffuser.
喘振通常与气流在扩散段内的分离和再附相联系。
13.
Experimental Study of Online Warning and Self-adaptive Adjustment to Surge in a Centrifugal Fan;
离心风机喘振在线预报和自适应调节的实验研究
14.
I hope they can bounce back, because this was an ego-deflating loss.
我希望他们能够重新振作，迅速反弹，因为今天的失利是有失尊严的。
15.
A quick recovery from or reaction to disappointment or depression.
振作，反应从失望或衰败中迅速的恢复或迅速作出的反应
16.
Study of Serum Tumor Necrosis Factor-alpha, Interferon-gamma and Peak Expiratory Flow Levels and Clinical Significance in Asthmatic Children with Xiaochuantang Treatment;
消喘汤对哮喘患儿肿瘤坏死因子-α、γ-干扰素和最大呼气流速的影响及临床意义
17.
Influence of mechanical vibration on the filling capacity of A356 and AZ91D in lost foam casting
机械振动对A356和AZ91D消失模充型的影响
18.
The assessment result shows that the blade has a high circle fatigue failure caused by first order bending vibration resonance excitated by rotating stall.
评估结果表明,该级叶片存在旋转失速激发的一阶弯曲振动共振导致的高周疲劳失效。