滑移机理,slip mechanism
1)slip mechanism滑移机理
1.Discussing tailing peak and leading peak by utilizingslip mechanism of chromatography以滑移机理探讨拖尾色谱峰与伸舌色谱峰
英文短句/例句
1.Studies on the Mechanism and Constructive Relations of Bond-Slip between Steel Shape and Concrete in SRC Composite Structures;型钢混凝土粘结滑移机理及本构关系研究
2.Discussing tailing peak and leading peak by utilizing slip mechanism of chromatography以滑移机理探讨拖尾色谱峰与伸舌色谱峰
3.Test study on mechanism of shear-slip of anchorage in suspension bridge悬索桥锚碇剪切滑移的机理及试验初探
4.Sliding Mode Control Theory and Its Application in Mobile Manipulators;滑模控制理论及在移动机械臂中的应用
5.Study on the Bond-slip Performance and Load-transfer Mechanism of Bonded Rebars System;植筋系统粘结滑移性能及受力机理研究
6.Study on the Formation Mechanism and Stability of the Toppling-Thrusting Nappe-Sliding Geological Body;崩塌—推覆滑移地质体成因机理及其稳定性研究
7.Research on Rockburst Mechanism Induced by Fault Slip during Coal Mining Operation采动影响下断层滑移诱发煤岩冲击机理研究
8.Mechanism of two sliding failure modes in gravity dam and method for safety evaluation重力坝两种滑移失稳机理及安全度评价方法
9.BOND-SLIP MECHANISM ANALYSIS OF CORRODED STEEL AND CONCRETE锈蚀钢筋与混凝土粘结滑移的机理分析
10.Predicting velocity and motive mechanism of sliding bubble in vertical flow boiling竖直流动沸腾滑移汽泡速度预测及运动机理
11.antislip finishing agent防[经纬纱]滑移整理剂
12.testing method for seam slippage of woven fabrics : maximum seam opening method机织物中纱线抗滑移性测定方法：最大滑移法
13.Study and Enhancement on Buffer Management for Smooth Handover in Mobile IPv6;移动IPv6平滑切换中缓冲区管理机制的研究和改进
14.Study on Progressive Failure Mechanism and Determination of the Toe Segment Slippage Length for Large Consequent Slope;长大顺层边坡渐进失稳机理及首段滑移长度确定的研究
15.Automatic horizontal-feeding and rapid motion can be obtained by the slide carriage of the machine.机床滑座能横向自动进给和快速移动。
16.The carriage of a typewriter holds and moves the paper.打字机的滑动架固定和移动纸张。
17.Sliding Reconstruction and Compensation of Mobile Robots Based on ADAMS基于ADAMS的移动机器人滑移量重建与补偿控制
18.translation gliding平移滑动, 直移滑动
相关短句/例句
bond-slip mechanism粘结滑移机理
3)slippery theory滑移理论
1.According to this principle, the backflow patterns in the impeller with differently offset short blades are analyzed for a situation in engineering practices by using theslippery theory.依此原则,文中以滑移理论为工具,实例分析计算了短叶片在不同偏置位置时叶轮内部的回流情况,进而得到了离心泵叶轮短叶片应偏置的最佳位置。
2.According to the data simulated and the pump performance experimentally measured,theslippery theory can be used to accurately predict the pump head at design condition and the effect of blade angle on the pump performance.通过分析及试验研究表明,采用滑移理论可以准确分析设计工况点叶片安放角变化规律对泵性能的影响,双圆弧和线性变化规律的差别对泵的扬程影响不大,单圆弧叶片叶轮的扬程略低。
4)glide bedding滑移层理
5)slip line theory滑移线理论
1.In this article, the roll-cutting and grip forces are investigated by the cutting theory and theslip line theory.用塑性变形的滑移线理论建立了滚切力的数学模型及滚切力与夹紧力间的关系，从而为气动式和液压式管材滚切机的设计及使用提供了理论依据。
2.The plastic zone and pressure distribution on conditions of width-height ratio ,friction coefficient of contact surface f≠0 and any given value of relative density of workpiece in plate upsetting compressible sintered material are determined based on theslip line theory and numerical solution of slip line field.本文简要介绍了可压缩烧结材料平面应变滑移线理论。
6)slipping-line method滑移线原理
bining the up-bound method with theslipping-line method, the model of micro shape on the touching surface has been optimized.本文利用刚性微凸体和塑性微凸体的相互作用模型模拟轧制过程中轧辊与轧件的相互作用,根据塑性力学的上界原理,并借助于滑移线原理,优化处理了接触表面微观体形的模型,揭示了微凸体几何形状以及接触面连接强度对摩擦系数的影响。
延伸阅读
变形力学问题的滑移线解法变形力学问题的滑移线解法slip line solution in mechanics of deformation线法解析轴对称变形问题也在探索之中。滑移线场标记方法变形体内任取一点尸，如图 1。以滑移线为边界绕P取一曲边正交的单元体，则使 单元体顺时针转动的最大剪应力方向为a线方向;使 体素反时针转动的最大剪应力方向为夕线方向。若abianxing lixue Wenti de huQyixian iiefa线与尹线构成右手坐标系的轴，则代数值最大的主应变形力学问题的滑移线解法(s lin hne solu一力。的作用线通过第1和第3象限。。线各点切线同tion in mechattics of deformation)利用描述所取坐标轴x轴正向夹角为尹。滑移线转角同平均应力变化关系的亨基(H. Hencky)应力方程求解变形力学间题的方法。变形区内任一点处两个最大剪应力相等并互相垂直，连结各点最大剪应力方向的连续曲线为两族正交滑移线，分别称a和]，/B族滑移线。滑移线在塑性区内构成的正交曲线网称户、1，滑移线网;滑移线网所覆盖的区域称滑移线场。由于滑b入八，‘/尹“移线网分布于整个塑性区并一直延伸到变形体边界，\\二十人寸t//故可根据相应边界条件，由亨基应力方程求解变形区乡袱l/V匕/尸飞由杯一占的亩六仆布_八尸冷匕二三已一一一一二一一—-一x滑移线解法创立在20世纪代。19，普./(入入/\/省朗特(L .Prandtl)给出第一个以滑移线场求解变形力//k份件产狱学间题一平冲头压入半无限体的具体方法。卿3/小年，亨基提出了亨基应力方程。1930年，盖林格/(H.Geiringer)提出滑移线场相应速度方程的建立方二，二*、十、、‘，、、，、‘~，‘“‘“少‘产~叫’口1少~~‘，同一~~/J~“J~一/J图1滑移线方向和转角的标记法，从而克服了早期滑移线场只满足应力边界条件，而无法建立满足运动许可条件速度场的困难。其后托姆、二，、，、‘，。二二二六二.、二甘片D儿百思工例戍思叨k--r，不’下思仄胡川山雌’月似J。珊应力莫尔圆与物理平面平面变形塑性区某点尸列诺夫(A.江.ToM月eHoB)等人的著作推进了滑移线理论二、*二二*。.、，二。‘二二、*二，、二，二、。7”峭八、~户川阶JI七”u川寸八““旧’r’民越“旧’少成~卜‘的应力状态可以图2a所示的应力莫尔圆表示，过p的进展。1950年，希尔(R .Hill)等使滑移线理论更系*二、，‘*‘二，二、，。，‘二二一‘、、，、。口”扛仄。工““U甲’布小、加“川/寸仄’日”夕城性卜‘天不点的各特定物理平面如图2b所示。二者的关系为:莫统化并解决不少平面变形的实际间题。
