force couple中文是什么意思

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用"force couple"造句"force couple"怎么读"force couple" in a sentence

中文翻译手机版

力偶

"force"中文翻译 n. 〔北英〕瀑布。
"couple"中文翻译 n. 1.一对，一双。 2.配偶，夫妇，未婚夫妻，一对舞 ...
"couple of force" 中文翻译 : 力偶; 力耦
"arm of a force couple" 中文翻译 : 力偶臂
"equivalent force and couple" 中文翻译 : 等量力偶
"single force couple" 中文翻译 : 单力偶
"dquilibrium of one-couple force system" 中文翻译 : 单力偶系统的平衡
"a couple of" 中文翻译 : 两个；几个; 两三个，几个; 一对,一双；几个; 一对..., 三两个..; 一对，一双；几个
"couple" 中文翻译 : n. 1.一对，一双。 2.配偶，夫妇，未婚夫妻，一对舞伴。 3.〔口语〕交媾；【物理学】力偶；电偶；【天文学】联星。 4.〔口语〕(少数)几个，两三个。 an old couple老两口儿。 a married couple夫妇。 a pack of 20 couple二十对的一群猎犬。 a thermo-electric couple温差电偶。 a couple of days 二三日，数日。 go [hunt, run] in couples 总是成双成对；协力。 vt. 1.(两支)拴在一起，配合，连接。 2.使结婚；(使)交配。 3.由…联想到(…)；把…同联系起来。 couple two railroad coaches 把两节铁路车厢连接起来。 vi. 拥抱，搂抱；交尾；结婚；结合，配合。
"couple in" 中文翻译 : 耦合，接入
"couple on" 中文翻译 : 结合到
"couple with" 中文翻译 : 伴随; 并提把联系起来; 接在一起; 与…相结合; 再加上
"couple; galvanic couple" 中文翻译 : 电偶
"a conjugal couple" 中文翻译 : 如鼓瑟琴
"a contracted couple" 中文翻译 : 合同夫妻
"a couple days" 中文翻译 : 几天内
"a couple forever" 中文翻译 : 生死鸳鸯
"a couple in distress" 中文翻译 : 天涯沦落人
"a couple in love" 中文翻译 : 恩恩爱爱
"a couple in nature" 中文翻译 : 天生一对
"a couple in the fire" 中文翻译 : 同命鸳鸯
"a couple of days" 中文翻译 : 一两天
"a couple of players" 中文翻译 : 一对选手
"a doomed couple" 中文翻译 : 天生一对
"a good couple" 中文翻译 : 好夫妻

例句与用法

The lack of a social security system for china ' s farmers has often forced couples to exceed birth quotas or abandon girls so they could have a son
由于中国农民享受不到社会保障，因此常常迫使夫妇超生或者来男孩后便遗弃女孩。
The analysis showed the strain of section is not plain under moment so that the moment is carried by force couple in the outer frame . 4 . the paper gave the rigid frame - compression bar model for practical computation
在试验研究的基础上，提出了密肋复合墙板实用设计的钢架斜压杆模型；通过线弹性有限元分析，就其优化设计进行了探讨。
According to the working principle of magnetic bearing , there exists force coupling , magnetic coupling in radial magnetic bearings inside the magnetic suspension rotor system , and there exists force coupling , moment coupling between magnetic bearings as well
摘要磁悬浮转子系统中，根据磁力轴承工作原理，径向磁力轴承内存在力耦合、磁耦合；径向磁力轴承之间存在力耦合、力矩耦合。
The magnetic force coupling is analyzed and calculated . after building the dynamics model for the maglev system , discoupling design is run , and the simulation experiment with the leap response and capability of anti - jamming for maglev stage are carried out
在建立了磁悬浮系统的动力学模型基础上，对磁悬浮系统进行了解耦控制设计，并对解耦后的磁悬浮定位平台进行了阶跃响应和抗干扰能力的仿真试验。
In this paper , the drive theory of the large ratio friction transmission is studied ; a new type elliptical cam wave generator is designed ; the large ratio friction transmission prototype is designed and manufactured ; based on the ansys finite element method software , structure of the elliptical cam is analyzed ; precision index of the manufactured large ratio friction transmission prototype , such as transmission accuracy , least step , stability of the least step , load capacity is measured by the absolute rotary encoder . by analyzing the measurement data and research content , it is think that the new elliptical cam wave generator could overcome a good many problems brought by processing errors , facilitate size precision adjustments , input moment can be achieved in the form of a pure force couple importing ; through this study , " the large ratio friction transmission prototype " could apply in practical engineering basically
本文研究了大速比摩擦传动的传动理论;设计了新型椭圆凸轮波发生器,设计制作了大速比摩擦传动样机;用软件ansys对所设计的椭圆凸轮结构进行了有限元分析;用19位绝对式编码器测试了大速比摩擦传动机构的传动精度、最小步距、最小步距的稳定性以及带负载能力等各项精度指标;对测量数据和研究内容进行了归纳和整理,认为新型椭圆凸轮波发生器克服了加工误差带来的诸多问题,新型椭圆凸轮波发生器可以进行尺寸精度调整,能够达到输入力矩以纯力偶的形式输入;通过本项研究,基本可以使“大速比摩擦传动机构”在工程中得以应用。
Pitch control system consist of three channels which is formed by three drive units . base on need of bench , drive system scheme is designed . single channel three - loop position servo system which is formed by linear motor is simulated . then kinetic behavior of rotor and system ’ s force coupling relation is analyzed . a compensation method for dynamic load which is caused by rotor rotation is presented base on structure - invarient theory
根据实验台的技术要求,设计了整个驱动系统方案。对由直线电机构成的单通道三环位置伺服系统进行了设计和仿真。分析了旋翼运动的动力学特性、系统力耦合关系,并根据结构不变性原理对由旋翼运动产生的动态载荷提出了补偿方法。