surface stress

By using the numerical Laplace inversion method, the variations of the temperature distribution along the crack surface and extended line and transient thermal stress intensity factors are presented.

利用Laplace数值反演方法，给出了裂纹面及延长线上的温度分布及动态热应力强度因子随时间变化的规律。

Based on the theory of vector spherical harmonic functions, this paper discusses influences of the tidal generating force, and the surface stress on the earth deformation as well as the incremental gravitational potential.

本文基于矢量球函数的基本理论，讨论了引潮力和地表应力对地球形变和引力位增量的影响。认为地球潮夕形变和负载形变只有球形场位移，而没有环形场位移。

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。

Determining Strata Absolute Surface Stress by Earth Tide Bore-Hole Strain Measurement and Pressuring Probe Interior

用钻孔应变固体潮观测和探头内部加压力以测定地层绝对面应力

Stability Analysis of Deep Foundation Pit Soil Nailing Supporting Structure Based on Finite Element Slip Surface Stress Method

基于有限元滑面应力法的深基坑土钉支护结构稳定性分析

Huge surface energy and surface stress should also affect the mechanical properties of low-dimensional materials.

巨大的表面能和表面应力也可能导致低维材料力学性能的变异.

Response Characteristic of Barkhausen Signal to 300 M Steel Surface Stress

巴克豪森信号与300M钢表层应力的响应特性

In view of the armor plate crack phenomenon of amph~ ious armored vehicles, this article designs a test experiment on the surface stress.

针对两栖装甲车辆装甲板裂纹现象，设计了表面应力测试试验。

Thus, under the same bolt tension, reduce narrow smooth surface after the compressive stress will increase.

这样, 在螺栓张力相同的情况下, 缩小后的窄光滑面的压紧应力就会增大.

The measuring principle and method of surface stress for toughed glass

钢化玻璃表面应力的测量原理与方法

The MC grade, shrinkage and wood surface stress during drying progress was the largest in consecution heating, and was least in fluctuating-heats ( 6h). The effect of heating methods on dry quantity of small-diameter lumbers was significant.

干燥过程中锯材的含水率梯度、表层应力和干缩量均以连续加热干燥试验最大，波动2时干燥试验次之，波动6时干燥试验最小。

The small pits that form on the surface act as stress raisers.

在表面形成的小凹坑起到应力增高源的作用.

Research on surface stress condition of landing gear parts by shot peening

起落架零件喷丸强化表面应力状态的研究

There is no longitudinal surface cracking in the course of pickling after the stress reliving annealing.

对冲压后的磁屏采用消除应力退火,随后再酸洗,未发生表面轴向开裂.

The direct reasons that result in visible damage are the stress explosion in the bulk and the thermal melting, thermal etching and plasma emission on the surface.

造成宏观破坏的原因在体内是应力炸裂，在表面是热烧蚀热熔化和等离子体抛射。

Study of distribution rule of surface stress on contact zone by CWR with flat wedge-shaped moulds

板式楔横轧接触区表面应力分布规律研究

Research on the Detection of the Dynamic Surface Stress of Orthotropic Material Structure with 1-3 OPCM Strain Sensing Units

1-3型OPCM传感元件测量OM构件表面动态应力研究某些正交异性体弹性动力学问题

Theoretical Study on Adsorbate-induced Surface Stress of Bromide Monolayer on Au ( 111) Electrode

Au（111）电极表面溴离子吸附诱导的表面应力的理论研究

Calculation of Thermal Stress Intensity Factor for Semi-elliptical Surface Cracks of Thin Pipeline

薄壁管道半椭圆表面裂纹热应力强度因子计算

We call this surface the stress quadric.

我们称这个曲面为应力二次曲面.

With the variety of the impeller tip angle from 17.6 to 23, the surface stress of the agitator blade is increased.

在叶端安放角βt从17.6°到23°时，随着叶端安放角的增加，桨叶表面的应力也在增加。

Huge surface energy and surface stress should also affect the mechanical properties of low-dimensional materials.

巨大的表面能和表面应力也可能导致低维材料力学性能的变异.

In this paper, 3 types of surface modes and 2 types of center modes and their practical applications were proposed and analyzed for the thermal stress analysis during quenching for no phase transformation alloy.

建立并深入分析了3种表层淬火热应力模型和2种内部淬火热应力模型及其实际应用。

Because hot work dies suffer from various physical and chemical actions, such as wear, thermal fatigue, erosion, stress corrosion and surface thermal wielding in service, their service life are not long.

热作模具在使用过程中承受着磨损、热疲劳、冲蚀、应力腐蚀、表面热焊合等物理、化学作用，因而其使用寿命较低。

The remote bending stress at the plate surface was measured.

板表面处的远场弯曲应力已被测出.

Effect of Shot Peening on the Surface Stress Profile of Car Gear

喷丸强化对轿车用新型齿轮钢表面应力状态影响的研究

Huge surface energy and surface stress should also affect the mechanical properties of low-dimensional materials.

巨大的表面能和表面应力也可能导致低维材料力学性能的变异.