critical speed
英 [ˈkrɪtɪkl spiːd]
美 [ˈkrɪtɪkl spiːd]
临界速率，临界转速
双语例句
- If you look at this black dot here, then the terminal speed is ten times larger here than the critical speed.
看这个黑点，这里终端速度，是临界速度的10倍。 - Critical speed calculation and mode analysis of rotor for high speed motor
高速电机转子临界转速计算与振动模态分析 - Deficiency of design speed theory is pointed out first, followed by the analysis of necessity for the application of highway critical speed.
首先论述了设计速度理论存在的不足，分析了引入临界速度的必要性； - A Study of a Finite Element Model for a Gas Turbine Tie-rod Rotor and its Critical Speed Calculation
燃气轮机拉杆转子有限元模型研究及临界转速计算 - The shaft extension should be maintained at a safe range in order to avoid critical speed at rotor bending modes.
为了避免转子超越弯曲模态的临界转速，转子轴伸长度应控制在安全范围内。 - Additionally the prediction of the rotor response to imbalance at critical speed can give an assessment of condition of the rotor balance.
本文还给出了转子在临界转速处的不平衡响应的预报方法。 - Analysis on Spindle Rotor Critical Speed Based on Transfer Matrix Method
基于传递矩阵法主轴转子临界转速分析 - Critical speed calculation of turbocharger rotor-bearing system
增压器转子-支承系统的临界转速计算分析 - The Comparative Analysis of Two Methods of Calculating the Rotor Critical Speed
计算转子临界转速的两种方法及对比分析 - But a motor-car has more momentum, and the chances are that it would keep going at the critical speed and influence the driver long enough to make him lose control altogether.
汽车动力更大，它可能继续以这种危险的速度前进，时间长到足够使司机受到影响并丧失自控能力。 - Application of ANSYS Simulation State Analysis to Calculation of Rotor Critical Speed of Turbine Generator
ANSYS模态分析在汽轮发电机转子临界转速计算上的应用 - Calculation of Critical Speed for Aeroengine Rotor Based on ANSYS
基于ANSYS的发动机转子临界转速计算 - Vibration Analysis and Critical Speed Calculation of Rotors for Large Induction Motor
林业机械用大型感应电机转子的振动分析及临界转速计算 - The modification resulted in a much shorter shaft with a critical speed well above the running speed, and a pump with only one instead of two seals.
改进后大大缩短了轴的长度，使轴的临界转速远在运行转速之上，泵由两个密封改为一个密封。 - Research of the Solution Method on the Critical Speed of Turbo Supercharger Rotor
涡轮增压器转子临界转速的求解方法研究 - In Take-off Movement "Critical Speed" Phenomenon Experimental Study
踏跳动作中临界速度现象的实验研究 - Dead-slow speed servomotor torsional critical speed
最小转速伺服电动机扭转临界速度-电机的 - Research on influences of ball size on the critical speed of small ball mills
磨球尺寸对小型球磨机临界转速影响的研究 - And this is the critical speed, which has a1-over-r relationship.
这是临界速度，是1>r的关系。 - A series of regular curves of the relation between the geometric parameters of system and the critical speed of system were obtained, and rounded analysis was carried on about the curves.
同时比较了考虑轴承阻尼和不考虑轴承阻尼两种情况下系统临界转速的区别，得出了一系列规律性的曲线关系，并对这些曲线进行了分析。 - Well, this critical speed for a small ball bearing would be some hundred meters per second.
小滚珠的临界速度，也许是每秒几百米。 - Vibration Analysis of a Double Span Shaft with Double Rotors for Critical Speed Experiment
双跨双转子轴临界转速实验装置振动分析单臂旋转式前置装载机 - Now you could say," Well, what is the meaning of this critical speed here if they never reach that speed anyhow?"
现在，你可以问，如果不可能达到那个，速度，那么临界速度，在这里的意义是什么 - It puts forward a model and the concepts of critical speed analytical method and the advance locking, finding an advanced method in order to prevent the back side conflict in continuous humping.
提出临界速度分析法和分路道岔预锁闭的概念，并建立了数学模型。 - The first order critical speed and static stiffness of the spindle increases greatly after optimization.
经优选设计后，电主轴的一阶临界转速和主轴端静刚度均有较大幅度的提高。 - Critical speed is one of the important dynamic parameters of the rotor system in centrifugal compressor.
临界转速是离心压缩机转子系统的主要动力参数之一。 - It is found that in a geared rotor-bearing system, the critical speed is very dense.
通过研究发现，在齿轮耦合的转子-轴承系统中，临界转速非常密集； - The vibration caused by unbalance of the rotor system is especially strong at critical speed.
旋转机械的不平衡量引起的振动，在过临界转速时最为强烈，对转子系统的影响较大。 - Support stiffness in a certain range is great influence of critical speed of contact roller.
接触辊的支承刚度在一定的范围内对接触辊的临界转速是有很大影响的，可以通过调整支承刚度，来达到预期目的。 - The critical speed and support stiffness provide important reference for parameter selection of the rotor control system.
临界转速及其支承刚度可为转子控制系统的参数选取提供重要参考。