滑移

基本解释 (translations)

shuffling  ·  slippage

与滑移相关的网络例句 [注：此内容来源于网络，仅供参考]

The invention relates to a nut (10) comprising an outer body (16) with an axial passage (22), an inner body which can be movably placed in the passage along an axial direction and which is divided along said axial direction into at least two jaws (18, 20), each jaw bearing an inner thread segment (24) on its radial inner surface, first guiding means (26) located on the outer body, as well as second guiding means (30) located on the jaws and co-operating with the first guiding means so that the jaws are radially displaced towards the exterior when the outer body is displaced in the unscrewing direction relatively to the inner body et radially displaced towards the inside when the outer body is displaced in the screwing direction relatively to the inner body.

本发明涉及一种螺母(10)，它包括：一个带轴向通孔(22)的外体(16)；一个内体，位于通孔(22)中，可沿轴向移动，并且沿所述的轴向方向至少分成两个滑块(18、20)，它们各自在其径向的内表面上具有内螺纹部分(24)。在外体上有第一导向装置(26)，同样滑块上有第二导向装置(30)，第二导向装置与第一导向装置共同起作用，所以，当外体相对于内体沿旋松方向作相对滑移时，滑块径向地向外滑移，并且，如果外体相对于内体沿拧紧的方向滑移，则滑块径向地向内滑移。

The assumption of the variable tendency of slip-line in active zone is made based on the numerical results. Combining the slip-line equations and boundaries, the formula of bearing capacity is deduced which can consider the density of soil. The formula of bearing capacity of strip footing on ponderable soil is also deduced assuming that the slip-line field of ponderable soil is the same with that of weightless soil, which is proved to be an upper-limit solution, as its the same with that deduced by the upper-limit method in Prandtl mechanism.

在数值计算结果的基础上，对有重土地基主动区滑移线变化趋势进行了合理假设，根据边界条件和特征线方程求得了条形基础极限承载力的解析表达式，该表达式可以计算考虑土重度的条形基础的极限承载力；获得了不考虑重度对滑移线场影响时(即有重土在普朗特尔滑移线场下)极限承载力的解析表达式，该表达式与普朗特尔机动场对应的极限承载力上限解的表达式相同，这就从理论上证明了在土重度对滑移线场没有影响这一假定前提下得到的极限承载力是一个上限；(3)利用上限定理求解了极限承载力的最小上限。

The results show that the squeeze viscous force is reduced because of slipping,and the squeeze viscous force can be expressed by the product of the solution without slipping and the modified slipping parameter.

研究结果表明，滑移导致挤压黏性力减小，且存在壁面滑移时的挤压黏性力可以分解为无滑移时的解与滑移修正参数之积。

The classifications, characteristics and recent applications of sliding construction are summarized. Some key technologies of sliding construction such as calculation of sliding drift load, sliding nonsynchronous affection, sliding dynamic response, stability of sliding blocks, and affection on structural mechanics for different sliding blocking have been researched, and the corresponding programs have been coded.

总结了滑移法施工的分类、特点以及应用情况，对于滑移法施工牵引力的计算、滑移不同步影响、滑移法施工激振影响、滑移施工过程中的单元分块稳定性研究、滑移分块对结构成型影响等关键问题进行了理论推导与算例分析，并编制了相关的实用程序。

The modified Reynold s equations of first-order slip-flow and second-order slip-flow for the micro gas bearing are obtained.

分别利用一阶速度滑移模型和二阶速度滑移模型对连续流的状态方程进行修改，得到一阶滑移流和二阶滑移流机制下修正的雷诺方程。

The combination of a crystallographic plane and, within that plane, a crystallographic direction along which slip (i.e., dislocation motion) occurs.

滑移面和该面上一个滑移方向的组合称为一个滑移系，晶体滑移可以沿该系统发生。

Crack sliding induced microcrack surface normal dilation and normal dilation induced microcrack further self-similar propagation are considered, the ineracting of sliding and propagation is clarified. The fourth-order tangent homogeneous stiffness tensor of shear microcrack is deduced, and at last the constitutive model of low porosity is expressed in increment formulation though unit sphere surface integral.

3在评述当前常用的微裂纹滑移准则的基础上，提出了本文的滑移准则，考虑了微裂纹滑移引起的裂纹面法向膨胀，以及由法向膨胀引起的微裂纹进一步扩展，阐明了滑移-扩展相互影响的细观力学机制。

The forming experiment on hemisphere testified that the transforming pattern of MBWK fabrics was similar to woven fabrics under the condition of ignored yarns slippages. In the forming experiment on rectangular box, the obvious yarns slippages were observed during the forming process, so the pin-jointed net model used by woven fabrics didn't adapt to MBWK fabrics. Based on this finding, a new mathematical model using a macroscopic approach was established for predicting the unfolding shape of flat MBWK fabrics after deformation. In addition, the effect of position of constraint yarns on forming results was analyzed.

半球的织物成型实验证明了在纱线滑移可以被忽略的情况下，MBWK织物的变形规律和机织物相同；立方体的织物成型实验中，MBWK织物有明显的纱线滑移现象，机织物的成型模型不再适用，因此从宏观角度建立了全新的成型模型，并讨论了不同铺覆起始位置对成型效果的影响；对织物圆柱成型实验的研究主要着重于织物成型后纱线滑移现象的分析，描述了纱线在圆柱成型过程中的滑移特点及规律。

Grain boundary slidings happen in this alloy at the creep temperature of 200 ℃ and the deformation of this alloy is coordinated by intragranular slip and grain boundary sliding.

结果表明：在125~200 ℃蠕变温度下，当蠕变寿命接近100 h时，2024铝合金的蠕变应力随着温度的升高明显下降；与125 ℃相比，150 ℃时合金的蠕变应力下降9.3%，在175 ℃时合金的蠕变应力下降30.3%；当蠕变温度为200 ℃时，该合金的蠕变应力下降幅度达到45.8%；在125~175 ℃下，合金在蠕变过程中的变形机制主要为位错在晶内的滑移；在200℃时，合金晶界开始发生滑移，合金变形由晶界滑移与位错在晶内的滑移协调完成；在合金蠕变断面上存在大量微孔，随着蠕变温度的升高，微孔的尺寸明显变大，当微孔尺寸超过3 μm时，微孔对合金的断裂机制有显著影响；在125和150 ℃下，合金的蠕变断口呈现韧窝型穿晶断裂特征；在175和200 ℃下，合金的蠕变断口呈现沿晶断裂特征。

Then after closure, taking steel perimeter beam and perimeter beam rail as slip base, in order of symmetrical balance, hoisting each steel "leaf" respectively up to the installation platforming of steel leaf, again by utilizing the steel perimeter beam, perimeter beam rail and hydraulic thrusting slip equipment, performing the installation for the eight steel leaves until they are closed together.

施工中采用了&一点吊装、平面滑移&的技术进行安装，即采取同一固定点吊装，先将分段钢环梁利用环梁轨道和液压顶推设备滑移，分段逐步滑移和顶推、逐步拼接，直至钢环梁合拢。将合拢后的钢环梁和环梁轨道作为滑移底座，按对称、平衡的顺序将每片钢叶瓣分别吊装至安装平台上，再次利用钢环梁、环梁轨道和液压顶推滑移设备，将8片钢叶瓣逐步安装到位。

与滑移相关的网络解释 [注：此内容来源于网络，仅供参考]

glide plane：滑移面

不难进一步证明,能使对称图像复原的对称操作还有三种复合的型式,即旋转到反、螺旋反映和滑移反映,它们的对称元素各为反轴(axis of rotatory inversion)、螺旋轴(screw axis)和滑移面(glide Plane).

glide plane：滑移平面

gleam 发光,闪光 | glide plane 滑移平面 | glide reflection 滑移反射

glide twin：滑移双晶

[简介]机械双晶(mechanical twin)又称滑移双晶(glide twin)、形变双晶(deformation twin). 晶体形成后受到应力的作用,使晶体内的部分晶格沿着面网一定方向发生均匀的滑移变形所导致的双晶. 一般都成聚片双晶. 例如,

glide lamella：滑动夹层,滑移层

glide fold 剪切褶曲 | glide lamella 滑动夹层,滑移层 | glide line 滑移线

gliding plane：滑移平面

gliding fracture | 滑移断裂 | gliding plane | 滑移平面 | gliding surface | 滑移面

gliding nappe：滑移岩幂,滑移推覆体

"滑体","gliding mass" | "滑移岩幂,滑移推覆体","gliding nappe" | "云母岩","glimmerite"

sliding vector：滑移矢量, 滑移向量

sliding surface 滑动面 | sliding vector 滑移矢量, 滑移向量 | sliding weight 滑锤

slipband：滑动带 滑脱带 滑移带

slipavalanche 滑移雪崩 | slipband 滑动带 滑脱带 滑移带 | slipbearingbushing 拼合轴瓦

slip line method：滑移线法

slip line 滑移线 | slip line method 滑移线法 | slip plane 滑移面

slip line theory：滑移线理论

slip line 滑移线 | slip line theory 滑移线理论 | slip stream 滑流