屈服

基本解释 (translations)

bend  ·  bow  ·  buckle  ·  genuflect  ·  genuflection  ·  lout  ·  stoop  ·  submission  ·  submit  ·  succumb  ·  yield  ·  yieldance  ·  bows  ·  buckles  ·  genuflected  ·  genuflecting  ·  genuflects  ·  louted  ·  louting  ·  louts  ·  stooped  ·  stoops  ·  submits  ·  submitted  ·  submitting  ·  succumbed  ·  succumbing  ·  succumbs  ·  yielded  ·  yields  ·  climbdown

词组短语

cave in · climb down · climb-down · give in · give in to sb · give way · give way to sb · go under · knuckle down · knuckle under · yield to · lie low · bow down · bow to · went under · kiss the dust

与屈服相关的网络例句 [注：此内容来源于网络，仅供参考]

Carried out generalized Mises yield criterion , yield curve on the n flat face was circle curve, and different elected parameters correspond to external angular point circumcircle、 internal angular point circumcircle and incircle of Mohr-Coulomb unequiangular hexagon. According to unequiangular hexagon, circle yield curve which had the same area as hexagon can be found, and corresponding yield criterionwas equilateral circle yield curve.

3广义米赛斯准则在π平面上的屈服曲线为圆曲线，选择的参数不同对应有莫尔—库仑不等角六边形的外角点外接圆，内角点外接圆和内切圆，对于不等角六边形，还可以找到一个面积和六边形相等的圆屈服曲线，对应的屈服准则为等面圆屈服曲线。

A closed yield surface of frozen soil was proposed by modifying Matsuoka-Nakai criterion.

通过对已有屈服函数Matsuoka-Nakai屈服准则的修改，提出了一个冻土屈服函数，并对此函数进行了具体研究。

Based on analyzing the advantages and shortcomings, especially the membrane effects, of X steel plate yielding energy dissipator, and combined with the mechanism characteristics of Pall frictionalenergy dissipator, a composite steel plate yielding energy dissipator has been developed. Then the hysteretic behavior of CSEDOR has been tested.

本文在充分利用钢板屈服耗能器性质稳定、耐久性好等优点的基础上，针对x形钢板屈服耗能器中存在的薄膜效应，结合Pall摩擦耗能器独特的构造特点，提出了工程可用的组合钢板屈服耗能器，并进行了这种耗能器的滞回特性试验和疲劳性能试验。

The shear yield surface in π plane and θ〓 direction are gained from the true triaxial test data.

用普通三轴试验数据拟合了体积屈服面与子午平面上q方向的剪切屈服面，用真三轴试验数据拟合了偏平面上q方向剪切屈服面与θ〓方向的剪切屈服面。

Under small-scale yield condition, the stress distribution outside the yield zone is similar to singular stress distribution without considering the plastic yield. So the elastic singular stress field can be used to narrate the elasto-plastic stree field approximately under small scale yield condition, but the stress intensity coefficient is larger that the elastic one, moreover, it increases as the hardening coefficient decreases.

在小规模屈服条件下，屈服区域外的弹性应力分布与不考虑塑性屈服的弹性奇异应力分布相似(即奇异次数与弹性奇异次数一致)，即可用弹性奇异应力场来近似地描述小规模屈服时的弹塑性界面端，但应力强度系数则比弹性时略大，且随硬化系数的减小而增大。

The result makes clear: EThe tensile strength of TFE film increases somewhat along with the addition of drawing speed, and rupture outspread rate reduces;ETFE to succumb filmily somewhat along with the addition of drawing speed the addition that intensity follows drawing rate and increase somewhat, but the 2nd succumb intensity increases not big;ETFE to succumb filmily meet an emergency follows drawing rate increase somewhat, the 2nd succumb the amount of tangent and stretch model that meet an emergency reduces;ETFE film somewhat and model of the 2nd flexibility measure those who follow drawing rate to increase show downtrend, quantity of secant flexibility model and quantity of the 3rd stretch model do not have apparent change.

结果表明：ETFE薄膜的抗拉强度随拉伸速度的增加略有增加，而断裂延伸率随拉伸速度的增加略有减小；ETFE薄膜的屈服强度随拉伸速度的增加而有所增加，但第二屈服强度增加不大；ETFE薄膜的屈服应变随拉伸速度的增加略有增加，第二屈服应变则略有减少；ETFE薄膜的切线弹性模量以及第二弹性模量随拉伸速度的增加呈下降趋向，割线弹性模量和第三弹性模量则没有明显的变化。

The results indicate that in the synchronizing condition the MRF is unyielded, every point of MRF in the flow field has the same angular velocity. Under the slipping condition, with the increase of magnetic field or the decrease of slip speed, MRF may transfer from whole yield to partial yield. When the MRF wholly yields, the angular velocity of MRF increases nonlinearly with its radius, the non-linear distribution becomes more obvious as the magnetic intensity in the working gap increases. When the MRF partially yields, the yield region expands with the decrease of magnetic intensity or the increase of slip speed and the unyield region always reaches the driven rotor. The transfer torque of MRTD increases with the increase of the external magnetic field, but the transfer torque maintains a constant value approximately with the variation of slip speed at the same magnetic intensity.

研究结果表明，在同步工况下，传动装置流场中磁流变液未屈服，各点角速度相同；在滑差工况下，随外加磁场的增大和滑差转速的减小，磁流变液逐渐从完全屈服向部分屈服转变；磁流变液完全屈服时，磁流变液角速度随半径呈非线性增加，工作间隙中磁场越强，流场的非线性分布越明显；磁流变液部分屈服时屈服区域随外加磁场的增大而减小，随滑差转速的增大而增大，未屈服区与主动转子相连；稳态下磁流变传动装置传递的转矩随外加磁场的增加而近似呈线性增大，但在相同外加磁场下，传递转矩基本不随滑差转速改变而改变，表现出良好的恒转矩特性。

The residual stress σ〓 in the weld center is always as high as the yield strength σ〓 for both the strength undermatching and overmatching when the yield strengthσ〓 is lower.

母材屈服强度σ〓较低时，如低碳钢，低强匹配（焊缝屈服强度σ〓＜母材屈服强度σ〓）和高强匹配时焊缝中心纵向残余应力σ〓均能达到焊缝屈服强度σ〓。

Changing formula forms of single-shear, twin-shear and three-shear yield strength criteria, show that many of yield strength criteria of rock and soil materials can be expressed by the τ8 = gf function forms unter the ordinary condition, and that the main differ ences of yield strength value will mainly forcus on the different function forms of gθσ among single-shear, twin-shear and three-shear yield strength criteria.

对岩土体常用的单剪屈服强度准则、双剪屈服强度准则和三剪屈服强度准则进行了系统的论述，通过对单剪、双剪和三剪屈服强度准则进行转化，指出岩土的屈服强度准则一般可表达为τ8=gf的函数形式，阐明了单剪、双剪和三剪屈服强度准则的差异主要表现在g函数的不同，并进一步解释了中间主应力σ2对岩土类材料屈服强度的影响。

Yu,1991,the plastic limit analysis for oblique plates and the unified limit loading expression are given,which includes a set of solutions from the single-shear yield criterion(Tresca,1864)to the twin-shear yield criterion (M.H.Yu,1961).The relative curves between qand b are also got for square plates and rhombic plates.

从而得到一系列从单剪屈服准则(特雷斯卡，1864)到三剪屈服准则(米泽斯，1913)再到双剪屈服准则(俞茂宏，1961)的各种斜板的极限载荷，并得到矩形板和菱形板的极限均布载荷p随不同屈服准则的变化曲线，文献中已有的解均为统一解析解的特例。

与屈服相关的网络解释 [注：此内容来源于网络，仅供参考]

bend one's knee to sb：向某人屈服; 服从某人, 哀求某人

bend one's knee before sb. 向某人屈服 服从某人, 哀求某人 | bend one's knee to sb. 向某人屈服 服从某人, 哀求某人 | bow one's knee to sb. 向某人屈服 服从某人, 哀求某人

bend one's knee before sb：向某人屈服; 服从某人, 哀求某人

bow one's knee before sb. 向某人屈服 服从某人, 哀求某人 | bend one's knee before sb. 向某人屈服 服从某人, 哀求某人 | bend one's knee to sb. 向某人屈服 服从某人, 哀求某人

knuckle down：(向某人)屈服, 认输;开始认真工作, 屈服

therapy 治疗 | nourishment 食品,营养品 | knuckle down (向某人)屈服, 认输;开始认真工作, 屈服

upper yield point：上屈服点

YP:Yield Point---屈服点 (MPa)TS:Tensile Strength---抗拉强度(MPa)通常还有上屈服点(Upper Yield Point)和下屈服点区分(Lower Yield Point). 可以从样品拉伸试验曲线中得出结果!

plastic yield point：塑料屈服点

plastic yield point 塑料的屈服点 | plastic yield point 塑料屈服点 | plastic yield 塑性屈服

compressive yield point：压缩屈服点,抗压屈服点,受压屈服点

unilateral laryngeal paralysis 压迫性单侧喉麻痹 | compressive yield point 压缩屈服点,抗压屈服点,受压屈服点 | compresso-shear basin 压扭性盆地

offset yield strength：条件屈服强度,残余变形屈服强度

offset wrench 斜口扳手 | offset yield strength 条件屈服强度,残余变形屈服强度 | offset-mho relay 偏置姆欧继电器

不可屈服的,vincible,屈服的：Invincible

Bluffing::诈骗的勇敢,断壁悬崖 | Invincible:不可屈服的,vincible,屈服的 | Subdued:屈服的,被抑制的

Y yield strength (yield point of steel：钢材(钢筋屈服强度(屈服点

wind-resistant column 抗风柱 | wood roof decking 屋面木基层 | Y yield strength (yield point of steel 钢材(钢筋屈服强度(屈服点

initial yield value：初始屈服值,起始屈服值

initial yaw ==> 初始摇摆 | initial yield value ==> 初始屈服值,起始屈服值 | initial zone, zero zone ==> 零时区