1) quick-return characteristics
回特性
2) hysteretic behavior
滞回特性
1.
The proposed model consists of not only the hysteretic behavior of the isolated bearing but also its viscous characteristics.
考虑铅芯橡胶隔震支座水平力 -位移滞回曲线的实际特性 ,对隔震支座的滞回特性和粘滞特性进行分析 ,提出了组合分析模型 ,铅芯橡胶隔震支座滞回模型采用双线性库仓阻尼器模型及速度粘滞阻尼模型。
3) hysteretic characteristics
滞回特性
1.
The study of shapes of hoop for high-strength concrete frame column the hysteretic characteristics;
箍筋形式对高强混凝土框架柱滞回特性的研究
2.
The finite element analysis on hysteretic characteristics of type-steel concrete column;
型钢混凝土柱滞回特性的有限元分析
3.
The main purpose of the paper is to study the hysteretic characteristics of high-strength concrete frame column under cyclic loading action,to discuss its ductility,to analyse the effect of axial compression ratio,6 roots of specimens have been tested,and the results show that,the axial compression ratio is the most principal factor to determine.
主要研究高强混凝土框架长柱在低周反复荷载作用下的滞回特性,分析轴压比对延性的影响。
4) quick-return characteristics
急回特性
1.
Discussion on quick-return characteristics of planar linkage;
平面连杆机构急回特性讨论
2.
This paper presented an optimization method to the double crank slider six bar mechanism,which had quick-return characteristics,and was used in main drive of gear shaper.
对具有急回特性、可应用于插齿机主运动的双曲柄滑块六杆机构进行了优化研究,使其在工作行程内速度均匀,缩短了工作空行程,提高了回程速度,可以大大改善插齿机主运动性能,提高插削效率和插齿齿面质量。
3.
The equal-visual angle theorem and half-angle rotation was described and the method of designing crank-slider mechanism with quick-return characteristics by motion geometry was presented,including drawing method and analytical method.
在等视角定理及半角转动法的基础上,提出了用运动几何法设计具有急回特性的曲柄滑块机构的方法,包括图解法和解析法,既实用又简洁,弥补了传统的平面几何法设计上的不足,最后给出了应用示例。
5) hysteresis characteristic
滞回特性
1.
A qualitative analysis is made to the magnetic field distribution to reveal the classical hysteresis characteristic of internal ma.
通过对材料内部磁场分布的定性分析,得出内部磁场具有典型滞回特性。
2.
The spatial hysteresis characteristic of MSC and its simulation method are also studied, which.
通过两端简支巨型钢柱在双向水平往复荷载下的伪静力试验,研究了其空间滞回特性和模拟方法,为将巨型钢柱折算为等效单一柱提供了试验依据。
3.
In this paper,a compensation of magnetic Hysteresis characteristic for coupled inductor is achieved by characteristic of Smith trigger circuit.
本文利用施密特触发器的滞回特性[1] 对电流互感器的磁滞回特性[2 ] 进行补偿 ,实现磁化状态的线性化。
6) quick return characteristics
急回特性
1.
The larger the speed ratio coefficient of travel and the stronger the quick return characteristics in the unidirectional operated crank-slider mechanism are the higher its working efficiency is.
曲柄滑块机构,瞬间传动角愈大,其运动性能愈好;单向工作的曲柄滑块机构,行程速比系数愈大,急回特性愈强,工作效率愈高。
2.
The quick return characteristics of planar linkage mechanisms have closely relationship with its crank angle θ between the two limiting positions.
而平面连杆机构的急回特性与其极位夹角θ密切相关。
参考词条
补充资料：三一回五一回
1.犹言三番五次。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。