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振主读音/繁体/五笔/英文翻译

振主是什么意思？

· 基本释义

1.犹暴君。

2.谓臣下震动君主。振，通“震”。

· 详细释义

犹暴君。

《管子·七臣七主》：“振主喜怒无度，严诛无赦。” 尹知章 注：“动发威严，谓之振也。”

谓臣下震动君主。振，通“ 震 ”。

《新唐书·马周传》：“臣窃观今诸将功臣，陛下所与定天下，无威略振主如 韩 彭 者。”

振主的近反义词？

振主近义词：抱歉，查无振主的近义词

振主反义词：抱歉，查无振主的反义词

振主词语接龙

（~振主~）在开头的接龙：主人，主要，主机，主力，主意，主办，主席，主观，主语，主旨，主流，主子，主线，主角，主管，主权，主攻，主见，主食，主义

（~振主~）在结尾的接龙：公主，地主，君主，财主，霸主，自主，领主，真主，债主，业主，民主，苦主，盟主，天主，帮主，神主，房主，户主，得主，力主

暂时无法为您进行振主的词语顺序接龙!

用振主怎么造句？

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协作体系的动力特性主要包括体系的自振频率和主振型，它是协作体系结构动力分析的基础和前提。

Dynamic characteristics of collaborated system mainly include natural vibration frequency and principal mode, which is the base and precondition of dynamic analysis for collaborated system.

前轮摆振是指汽车在平坦的路面上直线行驶时，转向轮以一定的幅度和频率绕主销持续振动的现象。

Front wheel shimmy is the phenomenon that steering wheels vibrate around king-pin axis with a certain amplitude and frequency when the vehicle travels in a straight road.

指出传力杆模型对模态频率和主振型有直接影响，动力分析中应当考虑接缝的剪力传递和弯矩传递。

The transfer of shearing and moment must be considered in dynamic analysis because the model of dowel bar affects the modal frequency and modal shape directly.

分析了主共振的振型、最大振幅、稳定性和振幅突变性。

The shapes, maximum amplitude, stability and amplitude jump of main resonance are analyzed.

对于风力作用下所引起的桥梁主梁抖振反应，通常采用全桥风洞试验或断面模型风洞试验配合数值分析进行评估。

Generally, either the full bridge model wind tunnel test or section model wind tunnel test with analytical procedure is used to evaluate buffeting responses of Bridges.

建立了该钻机井架与钻台结合体固有振动特性理论分析的有限元模型并给出了其固有振动频率结果和相应的主振型。

The finite model of the derrick and drilling platform connecting unit is built and the natural vibration frequency and the corresponding vibration mode of it are given here.

本文对主梁的颤振导数识别，采用与主梁颤振分析试验相同的节段模型和测量装置，以自由振动法进行试验。

This paper makes use of free vibration method, using the same model and measuring device to identify the flutter derivatives of the girder.

基于主振系的传递函数对垂直冲击消振系统的时域响应进行理论推导；

Response of impact damping system in time domain was reduced on the base of vibrating system′s transfer function.

建立了新型开铁口机电动钻冲机构的力学模型，计算了它的固有频率和主振型。

Mechanical model of the drill carriage with rotation and vibrating hammer for the new type taphole drill is established.

以其中最危险的架设阶段为例，研究了在主缆与主梁之间设置交叉索这咱结构措施提高系统颤振稳定性的效果。

Then, with the most dangerous construction stage as an example, the improvement of the flutter stability of the system with cross - hangers mounted between the main cables and the deck is studied.

并针对该频率区与曳引机主机额定转速———主振频率接近的特点，提出了防止电梯发生系统共振的措施。

This frequency range is proximate to main vibration frequency of the traction machine at rated speed, and, according to this, measures against elevator resonance are proposed.

根据体育场主看台弧形挑篷的风荷载和振型函数特点，提出并建立了极坐标下计算主看台弧形挑篷风致振动响应的方法。

Based on the characteristics of wind loads and modal shape of grandstand arc roofs of large stadiums, a polar coordinate method for wind induced dynamic response analysis is proposed in this paper.

分析结果表明，在大跨度悬索桥中，多模态效应和模态耦合效应对主梁的竖向和扭转位移抖振响应有显著的影响。

It is shown that the multimode and mode coupled effects on the vertical and torsional buffeting responses of the bridge deck are quite obvious.

并通过实际测量主振系统的振动频率和幅值大小，研究了诸因素对再生颤振的影响。

Measuring the amplitudes of vibrational system. we explore all kinds of factors that influence regeneration chatter.

本文根据汽车车架结构的特点，应用薄壁杆系有限单元法，对汽车车架的固有频率和主振型进行了计算。

This paper gave the computer simulation of natural frequencies and vibrational modes of truck frames, based on the structural features of the frame, by finite element method of thin wall rod system.

在振型独立性的基础上，提出了一种基于主列筛选的传感器配置方法。

In the paper, a new sensor placement method is developed on the basis of mode independence and principal subset selection.

通过激振实验方法测试了液阻悬置元件及其橡胶主簧的动刚度和阻尼特性。

The dynamic stiffness and damping characteristics of a kind of free decoupler hydro elastic mount and its rubber spring are tested.

利用组态和编程软件实现催化主风机防喘振控制，机组自保联锁和机组停机联锁。

The interlock and the shutdown as well as the anti-surge control of the compressor and expander are fulfilled by the configuration and the software programming.

给出了弹性支承桥梁和车体的振动方程并通过对具有弹性支座简支梁主振动的分析，得出了梁主振型的解析公式。

The principal vibration of a simple beam with elastic supports was analyzed and the analytical formulation of normal vibration mode was derived.

在第4章中先对甲板吊臂架结构进行模态分析，确定结构的固有频率和相应的主振型。

In chapter 4, in order to ascertain its inherent eigenvalue and corresponding main vibration, modal analysis is first implemented for the jib structure of deck crane.

大跨度桥梁频域及时域抖振分析中通常仅考虑主梁的脉动风效应。

Only wind action of deck is generally taken into account in frequency-domain and time-domain buffeting response analysis for long-span bridge.

该软件包含有三大功能模块：系统隔振性能分析模块、支承参数灵敏度分析模块和主惯性轴分析模块。

It has three functions, such as vibrate-isolation performance analysis, bearing parameters sensibility analysis, principal inertia axis analysis.

确定了膜片的主振方向和受应力最大的点，为正交试验优化提供了计算依据。

So find out the point whose stress is the maximal and Y is the direction of primary vibration.

本文提出矩形薄板振动主振方向的概念。

The idea of the main vibration direction of the rectangular plate is put forward in the paper.

在此基础上，研究了MR阻尼器和流体阻尼器对漂浮体系铁路斜拉桥主梁侧向抖振响应的混合控制。

Based on this, hybrid control for lateral buffeting responses in decks of floating system cable-stayed bridge installed MR dampers and fluid dampers are investigated.

编制了辗环机主轴部件动态特性分析的计算机程序，求出各阶固有频率及其主振型。

Compile a computer program to compute the dynamic characteristics of spindle. Each natural frequency and principal mode of vibration is obtained.

当吸振器安装于柔性主系统时，底座将影响吸振器的减振效果。

When the vibration absorber is fixed to a flexible base, the base will affect its vibration attenuation effect.

利用有限元分析技术得到了平板有限元模型，继而建立了减振系统的主结构模型。

With the finite element analysis techniques the finite element model of the flat-panel is attained, and the model of the main structure of the damping system is built.

建立有底座吸振器和两端固支梁主系统耦合的数学模型。

A mathematical model of the system composed of the vibration absorber with a base and coupled with an ends-fixed beam is established.

建立有底座吸振器和两端固支梁主系统耦合的数学模型。

A mathematical model of the system composed of the vibration absorber with a base and coupled with an ends-fixed beam is established.

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