电子动力轴系统为报纸印刷机提供一个快速可靠的方法，用于保持速度和注册控制印刷过程。
The electronic line shaft system offers the newspaper printers a fast, reliable method of maintaining speed and registration control of printing presses.
文中进行了轴系故障的计算机仿真试验，并通过改变内燃机动力轴系参数的实测分析证明了该诊断方法是行之有效的。
Computer simulation for crankshaft failures is performed and through actual measurement and analysis by changing crankshaft parameters, the functional diagnosis method is proved to be effective.
舰船推进轴系是舰船动力装置的重要组成部分，它的稳定性是舰船生命力的基本保证。
The propulsion shaft is the most important component of power device of the ship; its stability is the basic promise of the ships life.
根据建立的机组轴系动力学模型，计算得到了测试位置处振动量所对应转轮的质量不平衡量值的大小。
Based on calculation of the shafting dynamics model of unit, the value of unbalance mass of runner correspond to the value of vibration quantity in the testing site was obtained.
因此，在发动机轴系初步设计时，预先估计弹性支承应具有的动力特性参数是很有意义的。
Thus, in the primary project of the engine rotor system, it is very useful to predict the dynamic parameters which the flexible supports must have.
给出了作为影响电机轴系动力特性的主要因素之一的不平衡磁拉力及其刚度的计算方法。
The calculation method of the unbalanced magnetic pull and its stiffness which are the key factors influencing the dynamic characteristics of generator rotors is proposed in this paper.
机组的轴系稳定性和动力特性是机组安全运行的重要指标，不仅直接影响机组的运行品质，同时也影响机组的使用寿命。
The shaft stability of generating unit and the power character play crucial role on the unit safe operation, it not only directly affects the safe operation, but also influences the life of unit.
在曲轴系统的振动预测中应用动刚度矩阵法，计算从曲轴向滑块的激振力输入，建立了动力传动装置全系统的有限元模型，并采用该模型进行了振动的预测计算。
In this paper, the dynamic stiffness matrix method is used to predict the vibration of the crankshaft system and to calculate the input exciting force from the crankshaft to the slide rod.
基于转子动力学和齿轮啮合基本原理，建立了一般齿轮耦合轴系弯扭耦合振动方程。
Based on rotor dynamics and the basic principle of gear mesh, this paper sets up the lateral-torsional coupling vibration theory of a general geared rotor-bearing system.
船舶推进轴系是船舶动力装置的重要组成部分，校中计算是保证船舶推进轴系的安全、可靠工作不可缺少的环节。
Marine shafting is one of the main parts of ship power installation and alignment calculation is necessary for the safety and reliability of ship.
改变轴系纵振激励传递途径，在轴系上安装纵振减振器或动力吸振器以降低结构水下辐射噪声。
The structure acoustic radiation caused by longitudinal vibration of shafting is reduced by changing excitation force propagation path and adopting vibration isolator or dynamic vibration absorber.
将大型汽轮发电机系统作为一类复杂开放系统，基于非线性科学分析了该系统的动力学特性，论述了该系统轴系扭振的原因及其本质。
The causes and essence of the torsional oscillation of large turbogenerator which consider as a kind of complex open system was investigated by using nonlinear science theory.
将一类平面磨床主轴系统简化为耦合双弹性梁结构，用模态综合法建立其动力学模型。
Let the spindle system of a kind of plane grinding machine be simplified to a structure of coupled double-elastic beam and using modality synthetic method to establish its dynamic model.
介绍了运用多体系统动力学进行内燃机曲轴系振动响应分析的方法。
This paper intends to present a thorough vibration analysis of the crankshaft system in the combustion engine in hoping to improve its working safety and reliability.
据此，考虑实际工况，设计主轴系统动力减振器。
In view of the above the dynamic shock absorber of spindle system is designed with the consideration of actual working conditions.
本文基于ANSYS环境提出一种船舶推进轴系动力学仿真方法，并首次探讨了主机在轴系动力学仿真中的影响。
This paper proposes a method of simulation of dynamics for propulsive shafting of ship by ANSYS. And it is the first time to discuss the effects of engine on simulation of dynamics.
在高速重载的动力传动中，有些联轴器还有缓冲、减振和提高轴系动态性能的作用。
Overloaded power transmission at high speed, some coupling still buffering, vibration and enhance the role of dynamic performance shaft.
船舶轴系是船舶动力装置的重要组成部分，其校中质量的好坏，对于确保轴系长期正常的运转非常重要。
Ship shafting is the major part of the Marine power plant and the quality of shafting alignment is very importance in ensuring the long term appropriate running.
在高速重载的动力传动中，有些联轴器还有缓冲、减振和提高轴系动态性能的作用。
In the power transmission of high speed and heavy load, some coupling also has the function of buffering, reducing vibration and improving the dynamic performance of the shaft system.
船舶推进轴系是船舶动力装置中必不可少的重要部件，其运转的可靠性和稳定性直接影响到船舶的运行。
The propulsion shafting is one of the most essential parts of ship's powder system. The reliability and stabilization of the running propulsion shafting effects the vessel's operation directly.
对五轴联动加工中心主轴系统进行动力学仿真分析，对原主轴系统的轴承支承系统和主轴结构进行了动态优化设计，提出了双排轴承的设计方案。
Based on the dynamic simulation of the spindle system of 5-axis machining center, dynamic optimization design is done for the bearing support system and the structure of the spindle.
将各子部件模型进行集成，得到整个高速主轴系统的非线性动力学方程，并进行试验验证。
By assembling the model of each component, the nonlinear dynamic equation of the whole spindle system is given with experimental validation.
通过系统响应的时域波形图、幅值谱图、相轨迹图，分析了曲轴轴系的周期、拟周期、混沌等复杂的非线性动力学现象。
The effects of nonlinear damp and rotational speeds on response characteristics of crankshaft system of diesel engine were studied by using numerical integral method.
一般动力机大都借助于联轴器与工作机相联接，是机械产品轴系传动最常用的联接部件，双膜片联轴器东光县万达最专业预约电话： 。
Most of the general power machine and working machine by means of coupling to link the drive shaft is the most commonly used mechanical products join components.
根据内燃机动力学的分析，结合16V240ZJB柴油机的物理结构，建立了轴系当量模型；
According to the dynamic of the engine crank shaft, considering the physical structure of 16V240ZJB diesel engine, it has built the shaft equivalent models.
根据内燃机动力学的分析，结合16V240ZJB柴油机的物理结构，建立了轴系当量模型；
According to the dynamic of the engine crank shaft, considering the physical structure of 16V240ZJB diesel engine, it has built the shaft equivalent models.
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