stress surface的例句大全

The profile, internal stress, cold-bending cracks and surface flaws of the hot strip have been analyzed, and the corresponding strategics and resolutions are also preferred, In order to improve the.

从宽带钢板形、内应力、冷弯裂纹及板带表面缺陷等几个方面进行了分析，并提出了相应的对策和解决办法。

In this paper, an electric device is proposed to measure contact stress on the sealing surface of sealing elements.

介绍了西北工业大学研制的密封面接触应力的电测装置。

The software mainly includes four functions: contact stress simulation module, wear simulation module, surface morphology and debris morphology simulation module, and data management module.

该软件包含接触应力仿真模块、磨损量仿真模块、磨损表面形貌和磨粒形貌仿真模块及试验数据管理模块四个部分。

When a micro interfacial stress is applied to the novel surface acoustic wave interfacial stress sensor, the input-output of the sensor is a simple linear function. We built the linear regression model and solved it by the least squares method. 4.

当新型声表面波压力传感器加载微压力时，其输入输出函数是一元线性函数，所以只需建立其一元线性回归模型，并利用最小二乘法求解即可。

The result shows that: the stress/ strain in straightening roller that contacting with the bloom is the largest, and reducing from the surface to the centre of bloom in turn. 3.

研究表明：应力/应变在拉矫辊与铸坯接触处最大，并由铸坯表面向铸坯中心依次减小。

The patterns etched are of high resolution, and the groove depth and groove wall angle can be controlled with less surface stress.

具有极高的分辨率，能够控制槽深和槽壁角度，表面应力小。

It is to use finite element method to calculate the stress within the slope in this paper, and get the normal stress and tangent stress of the slope sliding surface directly, and then calculate the stability coefficient of the slope.

本文研究内容是应用有限元法计算斜坡内部的应力，并直接求解边坡滑动面上的法向力和切向力，进一步计算边坡的稳定系数。

3D deformation pattern picture, the stress and strain of tube surface and regularities of distribution of spinning force during the process of three-roller synchronous hot backward spinning are investigated.

研究了三轮同步热反旋过程中的三维变形图，管坯表面应力、应变以及旋压力分布规律。

Contact force generated by particles imposing on the surface of material can form contact shear stress and radial tensile stress.

材料表面受到颗粒冲击产生的接触压力形成接触剪应力，以及在接触边界上产生径向拉应力。

The von Mises stress and distribution scope were difference in different phase. The von Mises stress in the talar dome, talar neck, talonavicular joint surface gradually increased, and decreased in the subtalar joint. 3.

不同位相距骨VON MISES应力值及分布范围不同，等效应力在距骨滑车、距骨颈及距舟关节从落地相到离地相逐渐增大，在距下关节逐渐减小。

When the side surface is under simple shear load and has a tangential deformation, stress concentrations occur at the fixed end of yarns which are the main load-bearing bodies.

当模型的侧面受到简单剪切而产生切向变形时，在主承载纤维束的固定端产生应力集中。

The results showed that no TTS was observed under radial fretting condition. The tangential stress and displacement of the contact surface were the factors controlling the initiation of TTS, which supported that the formation of TTS was characterized by plastic deformation.

结果表明，TTS形成的主要控制因素是表面切应力和切向位移，TTS形成过程呈现塑性变形特征；

The radial and tangential stress maximums are both in the inner surface of bearing alloy.

径向应力与周向应力的最大值位于轴瓦合金层内表面。

The maximum stress in slab surface increases with decreasing the taper ratio of crystallizer, and with increasing the slab width.

随着结晶器锥度减小和连铸坯宽度的增加，连铸坯表层最大应力增加；

The stress fields of mantle convection current of various models in the South China Sea and its vicinity are computed by using hydrodynamic equations and spheric harmonic coefficients determined from satellite and surface gravi-tional surveys.

本文利用卫星、地面重力测量资料确定的球谐函数系数和地幔流体力学方程计算了南海及其围区不同模式的地幔流应力场。

The Surface Treatment of Spheroidal Graphite Cast Iron by Laser and the Residual Stress State of Melted Layer

球墨铸铁激光表面熔化处理和熔化层残余应力分析

According to deformation feature of sheet strip during forming process of the spiral weld pipe and the stress condition of weld pipes wall between lower surface and upper surface.

在研究螺旋焊管成形过程中带钢的变形特征、焊管管壁层间应力的基础上，提出了一种特殊工艺过程&锥形螺旋焊管成形工艺。

roof stress-distribution and surface subsidence rock movement are studied respectively by 3d fem code ansys before and after ore pillar dilapidation and roof cutting.

应用三维ANSYS有限元程序研究了切顶与矿柱崩落前后顶板的应力分布状态和岩体移动情况。

The higher the initial temperature of fresh concrete is, the higher the maximum principal thermal tensile stress and the crack risk at the surface center node are.

表面中心点的最大主拉应力和开裂风险随浇注初温的升高而增大。

The accurate calculation of stress field based on EHL theory and theory of elasticity showed that the shear stresses at surface in direction of 30 ° with rolling direction cause the pitting cracks and the tensile stresses accelerate the crack growth.

结果表明：预加拉应力使裂纹起源于表面的点蚀寿命缩短，与滚动方向成30°角的剪应力是引起点蚀的决定应力。