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减振机理 damping mechanism英语短句 例句大全

时间:2023-07-28 00:47:38

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减振机理 damping mechanism英语短句 例句大全

减振机理,damping mechanism

1)damping mechanism减振机理

1.Thedamping mechanism,processing techniques,durabilily,weldability,and commercial appli-cation of the material are introduced and reviewed in this paper.系统地对该材料的减振机理、复合方法、性能特点及其工业应用等进行了综合介绍与评述。

2.In order to clarify thedamping mechanism of Fe-Mn alloy,the moving mode of four damping sources (ε-martensite variant boundaries,stacking fault boundaries in ε-martensite and γ-austenite,γ/εinterfaces)was studied using Shockley partial dislocation-moving theory.针对 Fe-Mn 阻尼合金减振机理不很明了的问题,运用 Shockley 不全位错运动理论,分析了4种阻尼源界面(ε/ε界面、ε中的层错界面、γ中的层错界面、γ/ε界面)如何运动进而产生高阻尼。

英文短句/例句

1.The Analysis of the Mechanism and Efficiency of the Displacement-restriction Device against Large-displacement Vibration of Stayed-cable斜拉索限位装置减振机理与效果的研究

2.The Research on the Damping Mechanism of a New Type Steel Damper and It s Function in Bridge Anti-seismic;新型金属阻尼器的减振机理及其在桥梁抗震中的应用

3.A Study on Vibration Mechanism and Measures for Vibration Reducing to the Handle of Cultivator by Virtual Prototype Technology;耕整机扶手架振动机理及减振措施的虚拟研究

4.Study on vibration mechanism of pulse tube cryocooler and vibration-reduction methods脉管制冷机振动的形成机理及减振方法研究

5.Research on the Mechanism and the Vibration Attenuation Characteristic of Locally Resonant Band Gap in Phononic Crystals;声子晶体局域共振带隙机理及减振特性研究

6.Analysis of Reciprocating Pump Vibration and Noise Mechanism and Reduction Measures往复泵振动和噪声机理分析及减振降噪措施

7.Virtual Study on Vibration Mechanism and Vibration Isolation Handlebar of Cultivator;GN31耕整机扶手架振动机理和减振手把的仿真研究

8.Analysis on Mechanism of Resistance Characteristics of Oil Dampers on Speed Increased Cars提速车辆油压减振器阻力特性机理分析

9.Application of TRIZ to Damping Design of Rolling Piston Type Rotary CompressorTRIZ理论在滚动转子式压缩机减振设计中的应用

10.Experimental Study on the Rubber Absorber Damping Property of Vibroll;振动压路机的橡胶减振器减振性能试验研究

11.Theoretical and Experimental Study on SMA Damper and Magnetic Vibration Absorber under Random Excitation;随机载荷下SMA减振器及磁吸振器理论与试验研究

12.Vibration prediction and reduction research on platform refrigeration system based on nonlinear theory基于非线性理论的海上平台空调机组振动预测与减振研究

13.The Random Vibration Study on the Damp Seat of Agricultrue Vehicle;农用运输车减振座椅的随机振动研究

14.Piping Vibrauon Analysis and Measures of Vibration Damping of Centrifugal Compressor离心压缩机管系振动分析及减振措施

15.According to the function mechanisms, polymeric noise reduction composites were classified as vibration damping, sound absorption and sound insulation materials.降噪材料按降噪机理可分为阻尼减振材料、声材料和隔声材料。

16.Experimental Study on Dynamic Characteristics of Diamond Saw Blades for Noise and Vibration Reduction and Micro-Failure Mechanism;降噪减振金刚石圆锯片的动态特性及锯片微观失效机理实验研究

17.Research on Sound Absorbing and Vibration Damping Mechanism of Green Ecological Material -Lake Algae which is Based on Nanotechnology;基于纳米技术绿色生态材料湖藻吸音减振隐形作用机理的研究

18.Study of Landing Gear Damper Optimal Control on the Principle of MR基于磁流变原理的飞机起落架减振器最优控制研究

相关短句/例句

vibration attenuation mechanism减振原理

1.The application ofvibration attenuation mechanism in urban viaduct rail transit;减振原理在城市高架轨道交通中的应用

3)vibration absorbing减振处理

1.By means of inspecting vibration and collecting data of 4RDS reciprocating compressor unit on site,the vibrating cause were analyzed,thevibration absorbing scheme was formulated and adopted.通过对4RDS型压缩机组进行现场振动监测和数据采集,分析了振动原因,制定出减振处理方案并采取了有效的减振措施。

4)vibration-absorbing mechanism减振机制

1.This paper principally researches three internal friction: dynamic hysteresis, static hysteresis, damping resonance, and It analyzes thevibration-absorbing mechanism of the vibration-absorbing alloys:multiple phase alloys, ferromagnetic alloys, dislocation alloys, common crystal interface alloys.研究了减振合金的三种内耗形式 :动滞后型内耗、静滞后型内耗和阻尼共振型内耗 ,并研究分析了减振合金的减振机制 :复相型合金、铁磁性型合金、位错型合金、共格界面型合金。

5)vibration reduction of the whole engine整机减振

6)vibration reducer减振机

延伸阅读

减振合金分子式:CAS号:性质:又称阻尼合金。一种阻尼(内耗)大,能使振动迅速衰减的特种金属材料。采用阻尼合金减震防噪,具有结构简便、体积小、轻量化等优点。常用的阻尼合金分为:(1)均质金属类,包括复相型、强磁性型、位错型和孪晶型;(2)复合板类,包括非拘束型和拘束型;(3)粉末金属类,包括有色金属型和黑色金属型。阻尼合金已用于航空航天、船舶、汽车、铁路、家用电器及军用车辆等工业中。

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