Chinese translation for "偏量"

deviator
offset

Related Translations:

偏:  Ⅰ形容词1.(不正; 歪斜) inclined to one side; slanting; leaning 短语和例子东南偏东 southeast by east; 方向略偏 in a slight slanting direction; 这个指标偏低。 the target is on the low side. 这一枪打偏了。 that shot missed.2.(

Example Sentences:

	1.	The latest experimental results of rock creep were used : the third invariant of deviator stress tensor had greater effect on creep properties ; the stress threshold of lateral creep of rock was 20 % ~ 40 % less than that of axial creep of the same rock 文中应用了课题组近期岩石流变实验研究的结果：应力偏量第三不变量对岩石蠕变影响显著；岩石侧向蠕变的应力阀值比轴向蠕变应力阀值低20 % ~ 40 % 。
	2.	For the heterodyne interferometer used within the nanometer and sub - nanometer region , the frequency leakages due to the imperfect optical elements and the thermal non - linearity drift restrict its uncertainty to about 20nm . a more comprehensive theoretic analysis for this non - linearity of heterodyne interferometer is given 从理论上研究了双频激光干涉仪非线性误差产生的原因；分析了直流偏量、等幅性偏差、正交误差对比相法相位测量结果的影响； 4
	3.	The mass characteristic parameters of hslrfo include mass , mass center , centroid , lateral misalignment of mass center , rotary inertia , dynamic balance , etc . since the lateral misalignment of mass center is the most important mass characteristic parameter , the demand for the measuring precision of this parameter is very stringent 高速远程飞行物体的质量特性参数有质量、质心、形心、质心横偏量、转动惯量、动平衡等内容,其中最重要的是质心横偏量,因此,在测量中,对质心横偏量的测量精度有着更高的要求。
	4.	Through the calculating example results and the comparisons with other calculating theories , it is proved that the calculating formulas of the combined geometry curve theory is valid , practical and accurate . it can be used in the calculation of line shape at the preliminary design , and can meet the engineering need . ( 3 ) this thesis researches systemically on the calculating theory of the suspension bridge ’ s cable system , including calculating design line shape and internal force , erection line shape of cable and pre - displacement of saddle without loads , the fixed position for erecting cable and amendatory method of cable ’ s unstressed length 通过算例验证了混合线形理论公式的实用性和正确性,并且与其它计算理论的结果比较,证明公式有足够的精度,可用做初步设计中主缆线形的计算,能够满足工程的需要; ( 3 )对自锚式悬索桥主缆系统计算理论进行了系统研究,包括成桥线形和内力计算、空缆线形和内力计算、鞍座预偏量计算、索夹安装位置计算和索鞍处主缆无应力长度修正方法。
	5.	Based on the duncan - chang e - b model , which can simulate earth - rock dam ' s non - linear mechanics behavior well , the paper introduced the nature coordinate system to the stress space . in this way , hydrostatic stress and stress deviator were decomposed each other . therefore , a partial derivative formulation about displacement and parameter in finite element evaluation was derived in a closed form 论文以能较好模拟土石坝非线性力学行为的duncan - change - b模型为基础，通过引入应力空间下的自然坐标系，分解应力球量与应力偏量，从而导出一个在有限元计算中，位移对参数偏导数的闭合形式公式。
	6.	Secondly , calculation theory of construction for suspension bridge is presented under the ideal condition of dead load design . linetype change stiffness of cable and slip stiffness of supporting points are deduced based on segmental catenary theory . then numerical analysis method through sgkz2000 software are introduced in detail about calculating design linetype for suspension bridge , unstressed length of cable , erection linetype of cable and pre - displacement of saddle without loads , erection linetype of wire strands , the fixed position for erecting cable band and linetype of lifting stiffening girders 其次，根据悬索桥恒载设计理想状态建立了悬索桥施工计算原理；以分段悬链线索理论为基础，推导了悬索的线形变化刚度和悬索支点的滑移刚度；介绍了悬索桥成桥设计线形计算、吊索无应力长度计算、空缆线形与预偏量计算、丝股架设线形计算、索夹安装位置计算和加劲梁吊装线形计算的具体方法、数值算法及软件sgkz2000的计算模块的实现。
	7.	This paper also presents the methods of controlling unstressed length of cable , pre - displacement of saddle , anchor span tension , erection of wire strands , the fixed position for erecting cable band and cable length . determination and control approach of displacement of saddles during cable erection are also introduced . at the same time , the change course of linetype during construction period for suspension bridge is analyzed 再次，介绍了悬索桥的施工控制内容与方法，利用软件sgkz2000对多座悬索桥进行了施工计算，提出本文关于悬索桥的主缆无应力长度控制、索鞍预偏量控制、锚跨张力控制、丝股架设控制、索夹安装位置与吊索长度控制的方法；介绍了吊梁阶段鞍座顶推量的确定与控制方法，分析了施工阶段悬索桥的线形变化过程。

Similar Words：

"偏利共栖" Chinese translation, "偏利共生" Chinese translation, "偏利结合" Chinese translation, "偏利作用" Chinese translation, "偏力核" Chinese translation, "偏量等级相关系数" Chinese translation, "偏量分量" Chinese translation, "偏燎" Chinese translation, "偏列联" Chinese translation, "偏磷酸" Chinese translation