不理解物质的你与非物质的振动着的“内在你”之间的联系，你对此就不会有始终一致的理解或控制。
Without an understanding of the connection bewteen the physical you and the nonphysical vibrational Inner You, there can be no consistent understanding or control.
随机浮冰场中海洋平台的振动分析与控制。
Vibration analysis and control of offshore structures in random floating-ice field.
应用最优控制理论，对柔性冗余度机器人振动控制问题的原理与策略进行了研究。
The theory and strategy of vibration control for flexible redundant manipulators are studied by the optimal control theory.
本文对近十几年来新兴的阻尼技术的基本原理进行了简要分析，并对其在噪声与振动控制工程中的广泛应用状况进行了介绍。
This paper analyzes the basic principle of the new damping technology in recent years, and gives the examples of its wide application for vibration and noise control engineering.
主动消振技术是一项振动理论与现代控制理论相结合而产生的新技术。
The active vibration compensating technology is a new technology, which combines vibration theory and modern control method.
试验与分析表明，所提出和研制的半主动控制系统能够有效地减小结构的振动反应。
The test and analysis shows that this type of control system is capable of lessening structural vibration response efficiently.
近十多年来，在机械工业的各个部门，振动同步与控制同步得到了广泛的应用。
In recent ten years, vibration synchronization and controlled synchronization have been widely used in mechanical engineering.
电子减振控制(EDC)系统将卓绝的公路行驶舒适性与出色的安全性融为一体，同时，无论汽车承载如何，这个系统还始终如一地保证振动控制处于最佳状态。
Electronic Damper Control (EDC) combines driving comfort and safety regardless of the weight your automobile may be carrying - and regardless of the state of the road's surface.
振动与噪声控制在科学研究中具有非常重要的理论意义和工程实际价值。
Vibration and noise control possess an very important value in scientific research in theoretical and practical engineering.
论文首先对前人在发动机振动与噪声控制研究方面的成果作了概述，明确了本文研究工作的重点和需要解决的主要问题。
The achievements of former researcher in noise and vibration control of engine are reviewed firstly, which make the key problems clearer.
在详细介绍了系统的各部分与整体运行情况后，采用LQR经典线性最优控制算法对结构进行了振动台试验研究。
The running conditions of each part and whole of the system are introduced. Then shaking table test employing LQR classical linear optimal control algorithms is performed.
近十多年来，在机械工程中，振动同步与控制同步得到了广泛的应用。
Over the past decade, vibration synchronization and controlled synchronization have been widely used in mechanical engineering.
这类稳定性问题是由于控制系统与结构振动之间相互作用所致。
This sort of stability problem is due to an interaction between auto-control systems and structural vibration modes.
本文设计并完成了考虑土与结构相互作用的结构减震控制大型振动台模型试验。
In this paper, shaking table model tests of structure suppressing vibration control including the soil-structure interaction (SSl) effects are designed and carried out.
内燃机结构噪声控制的研究是振动与噪声控制领域的一个重要的研究方向。
The research of structural noise control is an important aspect of noise and vibration control domains.
虽然任何PID控制有过冲和深远的振动模式与目标，“我的死胡同”，是实现平稳和快速响应，由于其专有的高增益反馈。
While any PID control has an overshoot and reaching the target with vibrating mode, "I-SAC" is realizing smooth and fast response due to its proprietary high-gain feed-back.
一台柴油机的经济性能是否优越，工作是否可靠，噪音与振动能否控制在较低的限度，常常与其配气机构的设计是否合理有密切关系。
If the diesel engine has a superior economic performance, a dependable work, and if the noise and the vibration can be controlled in a lower limit, which usually depends upon its valve train system.
在现代船舶的设计与建造中，振动、冲击与噪声控制的问题已越来越受到人们的高度重视。
In the designing and building of modern ships, more and more considerations have been given to the problems of vibration, shock and noise control.
介绍了斜拉索风雨振现场观测与振动控制研究的情况。
On-site observation of wind-rain induced vibration of stay cables and its control were studied.
在结构物的振动控制中，隶属于被动控制的主要控制元件可分为消能元件与隔震元件两种。
Energy dissipated element and the seismic isolated element are two passive vibration control elements in application of the seismic vibration control in building structure.
为了实现依据钻柱动力学的井眼轨迹控制，应特别重视钻柱振动特性与钻头受力状况的相互影响。
Finally, in order to control the well path by dynamics, great attention should be paid to the interaction between bit and drill string.
这一参数直接反映出冰与结构综合作用条件对系统动力效应的控制水平，为冰激柔性直立桩结构振动问题的研究开辟了一个重要的突破方向。
This parameter directly reflects the interaction level of ice and structure, and creates an important breakthrough direction in the research of ice induced vibration of compliant vertical column.
本文首先回顾总结了振动控制的相关理论及粘滞阻尼器的研究与应用现状，阐明了本课题研究的背景、意义及内容。
This paper reviews the interrelated theory about the vibration control and the present state of viscous damper. Meanwhile, the significance and contents of this paper are introduced.
对桥梁等大型土建结构在外扰作用下的振动实施控制是目前的一个研究热点，也是提高结构安全性与耐久性的一条重要途径。
The vibration control of civil structures such as Bridges induced by the external excitation is a new area of research, and also an important way to improve the safety and durability of the structure.
薄膜结构与风环境之间存在着较强的流固耦合作用，并且这种耦合作用往往对薄膜结构的振动起控制作用。
There is an intense interaction between wind and fabric structures, which is a critical factor for the dynamic behavior of fabric structures.
随机压电智能结构振动主动控制是目前结构动力设计与控制研究领域中的一个重要的崭新课题。
Active vibration control for piezoelectric intelligent structures is an important task in the field of engineering structural research.
简述了粘滞阻尼与滞变阻尼模型之间的联系和对应关系，作为结构振动控制元件在强震下阻尼推算的理论基础。
The correspondence between viscous damping and hysteretic damping models was explained, which lays a basis for evaluating damping ratio of structural control element under major earthquake.
燃烧噪声控制是内燃机振动与噪声控制领域的一个重要的研究方向。
The combustion noise control is an important aspect of internal combustion engine noise control.
燃烧噪声控制是内燃机振动与噪声控制领域的一个重要的研究方向。
The combustion noise control is an important aspect of internal combustion engine noise control.
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