研究成果表明，在巨大上拔力和水平向拉力作用下，锚碇基底应力的变化过程是复杂的。
The results show that the variation of the stress in anchorage foundations is complex under the action of huge uplift and horizontal tensile forces.
通过对不同位置桥基基底岩体应力的分析，进行桥基位置的验证或修正。
The bridge foundation position is verified or modified through analyzing rock mass stress under bridge foundation at different bridge foundation positions.
给出了密肋壁板结构与地基土相互作用的受力特性及筏板应力分布规律、基底土反力的分布规律和地基的沉降规律。
Then summarizes the mechanics characteristic of MRS and foundation soil and the distribution of raft stress and the foundation settlement laws.
基于土的连结强度，研究基础长宽比对基底附加应力和压缩层深度的影响。
Based on the connecting strength of soil, the effects of foundation length-width ratio on base additional stress and depth of compressed layer were discussed.
将这些方程组简化后，用于刚性明挖基础的计算，结果基底竖向应力和目前通行的计算方法完全相同。
Simplifing the equations and using them to the calculations of rigid foundations, the results of vertical pressure stresses are same completely with the traditional theory.
目的：观察5种基底材料对银汞合金修复体的应力水平和变形影响。
AIM: to evaluate the effects of 5 kinds of base materials on the stresses and deflections in amalgam restorations.
J区块这一构造特征与其所处的构造背景、基底形态和构造应力作用有关。
The structural pattern of block J is related to its tectonic background, basement topography and tectonic stress.
理论分析了复合基底的微尺度残余应力及其热敏电阻，表明它们对器件的性能影响不可忽视，需要在设计时候给予考虑。
Residual stress and thermal induce resistance of complex substrates are theoretical analyzed, and these parameters can't neglect when the MEMS devices are designed.
控制柴达木盆地构造样式规律性的主要因素是区域构造环境、盆地基底性质、应力作用方式和岩石力学性质等。
The basic control factors to the regular evolution of the structural style are geo-tectonic environment, basement nature, stress state, physical nature of rocks and stage of tectonic evolution.
然而SU - 8胶在工艺过程中会产生很大的内应力，导致在后续的工艺过程中出现胶体开裂，甚至从基底上脱落等现象。
However, some problems, such as film crack and falling off from the substrate, appear during the subsequent processing because of the high internal stress of SU-8 photoresist.
在区域南北向应力场及差异压实作用下，基底隆起形成潜山型内核。
Under the regional south-north stress field and the force of differential compaction, the basement rises and forms buried hill.
通过浅层掏土减少地基土支承面积，加大基底土中的附加应力的方法迫使基础沉降。
Cutting through the shallow area of soil to reduce soil support, increased shallow soil in the additional stress of the method to force the basis of the settlement.
本发明可消除薄膜应力，提高薄膜与塑胶基底间的结合力。
The invention can carry-off membrane stress, which improves the binding force of thin film and plastic rubber background.
包括储液晃动波高，罐壁的应力和应变，底板的提离以及基底弯矩和剪力。初步分析了浮放储液罐的“象足”变形产生原因及破坏机理。
The analysis includes the height of sloshing wave, the stress and the strain of the tank wall, the uplifting of the base plate and the base moment and base shearing force.
经过除氢热处理和晶化热处理的试样的疲劳寿命，与基底试样和镀态试样相比都显著降低，而热处理后试样疲劳强度的降低是由于镀层的内应力引起的。
The fatigue life-spans of specimens after dehydrogenization heat treatment and crystallization heat treatment are all decreased observably, which is caused by the tension internal stress.
经过除氢热处理和晶化热处理的试样的疲劳寿命，与基底试样和镀态试样相比都显著降低，而热处理后试样疲劳强度的降低是由于镀层的内应力引起的。
The fatigue life-spans of specimens after dehydrogenization heat treatment and crystallization heat treatment are all decreased observably, which is caused by the tension internal stress.
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