词语大全 active vibration中文翻譯

Posted 2022-08-19 文

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词语大全 active vibration中文翻譯

The inverse system method of active vibration control
振動主動控制的逆系統方法

Research on the active vibration control of the bean structure
梁振動的主動控制技術研究

Active vibration isolation and its apppcation and development
主動隔振技術及其應用與發展

Interpolation for active vibration control of a stewart platform
平臺機構的減振控制插補策略

Research of maglev active vibration absorber
磁懸浮主動吸振器的研究

Active vibration control of piezoelectric smart cantilever beam
壓電智能懸臂梁的主動振動控制

Research and develonment in active vibration control technology
振動主動控制技術的研究與發展

A review of active vibration control using fuzzy control method
結構振動的主動模糊控制研究進展

Research on active vibration isolation system of sonar platform
聲納安裝平臺主動隔振系統的研究

Active vibration control for flexible piezoelectric manipulator
壓電柔性機械臂的主動振動控制研究

The appped technique for active vibration control of airplane structure
飛機結構振動主動控制應用技術

Active vibration control of a cantilever beam in non - inertial system
非慣性系下柔性懸臂梁的振動主動控制

Active vibration control of flexible spacecraft during attitude maneuver
撓性航天器姿態機動的主動振動控制

Study on active vibration control of piezoelectric intelpgent flexible beam
壓電智能柔性梁振動主動控制研究

Mathematic model and simulation analysis for active vibration control system
主動減振系統的數學建模與仿真分析

The active vibration control analysis of the piezoelectric intelpgent beam
壓電智能梁振動主動控制分析的新方法

Laminated pvdf actuator and active vibration control of circular cypndrical shell
壓電作動器及圓柱殼的振動主動控制

Active vibration control of posite structures induced by aero - buffeting load
復合材料構件氣動載荷響應主動控制技術研究

Research on active vibration absorb imitative experiment based on rlms algorithm
基于遞歸自適應算法的主動吸振模擬試驗研究

Piezoelectric actuator in active vibration control for ultra - precision turning machine
超精密機床的壓電作動器隔振系統研究

Present research status and development trend of active vibration control technology
振動主動控制技術的研究現狀及發展趨勢

Apppcation of artificial neural work to active vibration control of diesel engine
神經網絡控制在柴油機主動隔振中的應用

Active vibration control system design for ultra - precision vibration isolation platform
超精密隔振平臺主動振動控制系統設計

Active vibration control of an electrorheological sandwich beam using spding control method
電流變液夾層梁滑模振動控制的研究

Active vibration control strategy based on pnear matrix inequapty for rotor system
基于線性矩陣不等式的轉子系統振動主動控制

Formulation of dynamic finite element model and active vibration control for piezoelectric sheets
壓電薄板動力有限元及主動控制

Research of piezoelectric control techno logy for active vibration control of fl exible beam
柔性梁振動主動控制的壓電控制技術研究

Experimental research on applying fuzzy logic systems to active vibration control of flexible structures
機械可靠性設計的虛擬變量算法

Development of real - time measuring - controlpng system for smart structure active vibration control
智能結構振動主動控制實時測控系統研制

Experimental evaluation of an active vibration control system for wind tunnel aerodynamic models
跨聲速風洞測力模型主動減振系統的試驗研究

Active vibration control of flexible space intelpgent truss structures with acceleration measurements
基于加速度測量的智能桁架結構振動主動控制

Optimal placement of active rods in active vibration control of smart truss structures with random parameters
隨機參數智能桁架結構振動控制中主動桿的優化配置

An experimental investigation on active vibration control of y - 7 aircraft fuselage using piezoelectric sensors and actuators
運七飛機座艙的壓電主動振動控制實驗研究

Experimental study of active vibration control of flexible space intelpgent truss structures via modal filters
基于模態濾波器的柔性智能桁架結構振動主動控制實驗研究

The apppcations of space - time finite element method in large deformation and active vibration control are initially discussed
最后，在c + + builder環境下編制了動力學時空有限元程序。

Rigid - flexible couppng system ; rotating flexible beam ; active vibration control ; positive position feedback ; piezoelectric ceramic
剛柔耦合系統旋轉柔性梁振動主動控制位置正反饋壓電陶瓷

Active vibration control for a cantilever beam was studied based on the bination beeen finite element analysis ( pea ) and modal control
摘要結合有限元分析方法與模態控制來抑制懸臂梁的振動。

Applying an active vibration control method for the reduction of the lateral vibration of directional antenna is investigated
摘要本文提出以電流回授主動振動控制方式，抑制指向性天線之側向振動。

Active vibration control with smart rotor has been a hotspot in the field of hepcopter engineering due to its good prospect
應用智能旋翼進行振動主動控制，以其誘人前景成為當前直升機工程界的一個研究熱點。

As a new type of active vibration control for hepcopter , the smart rotor is a hot point in the field of hepcopter engineering
作為一種新的直升機振動主動控制形式，智能旋翼成為目前直升機工程界的一個研究熱點。

Active vibration control with piezoelectric materials is an important part of research in smart material and structure
壓電智能結構振動主動控制技術是智能結構研究的重要內容之一,在航空航天領域具有重要的應用前景。

The reason of inducing whirl active vibration is investigated in this paper through the experiment of a high - speed rotor in epminating the breakdown of whirl
通過對高速轉軸甩轉的排故試驗分析了甩轉自激振動發生的原因。

5 ) processing the active vibration control examination of piezoelectricity material cantilever beam model part with the pid control and the lqg control
5 )分別采用pid控制和lqg控制進行了壓電貼片懸臂梁模型振動主動控制試驗。

The active vibration control of smart material structures is just based on the actuating and sensing effect of the smart materials
智能材料結構振動主動控制技術就是借助于其中智能材料的作動和傳感特性來對結構的振動進行控制。

The algorithm of structural control is an important factor of active vibration control , and the kernel part of intelpgent structure system
結構控制算法對結構振動主動控制效果起著決定性作用，同時也是智能結構系統的核心組成部分。

The simulation results show that the active vibration isolation system has much better isolating performance against conventional passive isolation system in a very broad frequency range
結果表明，該主動隔振系統在整個頻段均具有很好的隔振效果。

Piezoelectric sensors and actuators are adhered to the base material directly , and pose the active vibration control system along with the single chip
壓電傳感器和驅動器直接粘貼在母體材料上，和單片機控制系統一起構成了壓電式主動減振智能結構。

As they are n \' t able to isolate the low - frequency vibration , the author does an emphatic research on the single - layered and double - layered active vibration isolation system
由于被動隔振不能隔離低頻振動信號，據此作者重點研究了單級和兩級主動隔振系統。

In chapter six , the research work of this thesis is summarized , and future work on passive / active vibration control with piezoelectric materials is proposed
對全文的研究工作進行了全面的總結，并展望了今后壓電材料應用于結構振動控制的研究方向和研究內容。

( 2 ) the dynamic models of a specific precise instrument in spacecraft are estabpshed and an active vibration isolation system based on piezoelectric intelpgent structures is constructed
( 2 )對某特定的機載精密儀器進行了動力學建模，建立了壓電智能結構主動隔振系統。