compressive strain
英
美
压缩应变
双语例句
- The effective pore volume is obtained by correcting the compressive strain of the apparent effective pore volume under the measuring system.
对视有效孔隙体积进行测定体系下的压变性校正，获得岩样的有效孔隙体积； - Research on Design Index of Compressive Strain on Top of Subgrade Soils in Asphalt Pavement with Granular Base
粒料基层沥青路面土基压应变设计指标研究 - Results Based on the impact experiment results, the dynamic response of the human calcaneus to the impact loading at high crash rate was analyzed, the characteristics of the human calcaneal impact dynamics were obtained, and a typical compressive strain was found to produce calcaneal crushing fracture.
结果根据实验结果，得到了高速冲击载荷作用下人体跟骨的动态冲击响应，测量了人体跟骨冲击动力学性质，跟骨压缩性应变形成的粉碎性骨折。 - Perpetual pavement structure design uses tensile strain index and vertical compressive strain index to control the structure fatigue life, and uses shear index to ensure that surface distresses do not occur too early.
长寿命沥青混凝土路面结构设计采用沥青混凝土层底弯拉应变和基顶压应变指标控制结构疲劳寿命，采用抗剪指标以控制表面损坏过早发生。 - The area with the simultaneous higher surface strain, principal compressive strain, shear strain and tendency accumulation might be the place with higher risk of strong earthquakes.
面应变、主压应变、剪应变和趋势累积率同时较高的地区，强震危险性较大。 - It is also found that there is a close relationship between the stress in external tendon and the maximum compressive strain of the concrete flange slab.
研究还发现，体外索应力与混凝土翼板最大压应变有密切的关系。 - Because the ultimate compressive strain of concrete is common, the limiting bending rate φ_ cu of beam depends on the depth of compression.
由于砼的极限压应变基本保持定值，则梁的极限曲率φcu的大小主要取决于砼受压区高度的大小。 - By calculating, the maximum tension strain of the cold ribbed welded steel of the RC shear wall with confined boundary elements or with ordinary boundary elements is studied as the maximum compressive strain of concrete reaches its limited value.
计算分析了4片设有约束边缘构件和构造边缘构件的抗震墙边缘混凝土达到极限压应变时，竖向分布冷轧带肋钢筋的最大拉应变； - Increasing the compressive strain or ( and) decreasing the well width will enlarge the optical gain.
增加压应变或减小阱宽都会提高量子阱增益。 - So that influences of both biaxial tensile strain and compressive strain on energy band of Si and SiGe will be studied in this thesis.
基于此目的，本文主要了研究双轴张应变以及双轴压应变对Si与SiGe能带结构的影响。 - The southern area of shear strain concentration is basically in a compressive strain condition and there exists relative high shear strain concentration area on the two sides of the principal fault.
对HDL、LDL腔内壁面浓度与（2）南部剪应变集中区基本处于压应变环境，并且主要断裂两侧存在相对较高的剪应变集中区，值得关注。 - The azimuth angle of principle compressive strain field is 72 °.
主压应变场的方位角为72； - It is presented that the material at the transition region is the easiest region to satisfy plastic yielding conditions and produce thickness compressive strain.
提出内高压成形中圆角和直边的过渡区材料最易满足塑性屈服条件，并发生厚度方向的压缩应变，因此在过渡区易发生剧烈的减薄变形； - The constitutive laws and damage evolution equations of Roller Compacted Concrete ( RCC) are established in tensile and compressive strain spaces, respectively.
根据碾压混凝土材料的力学特性和损伤拉压显著不同的特点，分别在拉应变和压应变空间建立了碾压混凝土的本构关系和损伤演化方程。 - According to the geodesic horizontal deformation data, the analytic results show that the principal compressive strain axis exhibits NE direction and that there exist obvious horizontal shear dislocations on the ground deformation zones.
根据大地水平形变资料，主压应变轴为北东方向，地表形变带上存在明显的水平剪切错动； - Cell-scaffold composites were compressed by compressive strain device, and the composites were implanted in rat 7 days later.
利用压应变加载装置对细胞-壳聚糖海绵支架材料的复合物进行体外加载，7d后植入大鼠体内并进行相关的生物学及生物力学评价。 - Generally, the maximum tangential compressive strain was 2~ 4 times of vertical and radius-orientation direction.
环向最大压应变一般为同一监测层位竖向、径向最大压应变的2~4倍。 - It is found that with the increase of cycles the maximum compressive strain in each cycle increases and the maximum nominal tensile strain in each cycle decreases.
发现了单周最大压应变随周数的增长而持续增大，单周最大名义拉应变随周数增长而持续减小的重要现象； - The tissue engineered cartilage which produced by compressive strain device excreted cartilage matrix, and its elastic modulus increased obviously.
压应变条件下构建的组织工程化软骨经体内移植后分泌软骨基质，其弹性模量较植入前显著增强。 - This result is consistent with the tectonic strain field of the EN main compressive strain in the area.
这个结果和本地区北西向主压应力的构造应力场状态一致。 - The relevent crack width can thus be calculated by preliminary crack width and increasing coefficient of concrete compressive strain after fatigue loading operation N times.
疲劳荷载作用N次后构件的裂缝宽度，可根据初始裂缝宽度和受压区混凝土应变增长系数来计算。 - The direction of the principal compressive strain obtained in the paper is well consistent with the principal compressive stress axes derived by the geological and seismological methods ( except for South China block).
用本文方法得到的主压应变方向与地质学方法和测震学方法得到的主压应力轴方向具有很好的一致性（华南块体除外）。 - It is pointed out that the circles of thermal fatigue are ones of plastic compressive strain and elastic tensile strain.
指出热疲劳循环实质为塑性压应变与弹性拉应变的循环。 - Both models underestimate concrete compressive strain amplitudes when bridge piers fail, but fiber element is a little better than simplified plastic hinge model.
所有模型都很大程度低估了桥墩破坏时的混凝土压应变幅值，纤维模型要略好于简化塑性铰模型。 - At the test temperature, the maximum compressive strain, the maximum tensile strain and strain amplitude are all in exponential relationship with the axle load.
在试验温度下，最大压应变、最大拉应变和应变幅值均随轴载的增加呈指数关系增大。 - Many tests and researches indicate that materials will display different tensile and compressive strain in absolute value under tensile and compressive stress of the same absolute value, i.e. materials have the nonlinearity with different tension and compression moduli.
大量的试验和研究表明，材料在绝对值相同的拉应力或压应力作用下，会发生绝对值不同的拉应变和压应变，即材料具有拉压不同模量的非线性特性。 - Based on the calculation of energy band structure, the effects of compressive strain and p-type modulation doping on the gain, the differential gain and linewidth enhancement factor(α-factor) are investigated.
基于能带结构的计算，研究压应变和p型掺杂对材料的增益系数、微分增益系数和线宽增强因子的影响。 - The method indicates that the peak compressive strain and the ultimate compressive strain of concrete affect the ductility of concrete beam significantly as well as reinforcement ratio and yield strength of steel.
所建立的延性评价方法表明，除了配筋率、钢筋屈服强度外，混凝土的峰值压应变、极限压应变也是影响截面延性的主要因素。 - With further strain, the slips in the { 111} planes occur to accommodate the applied strain at room temperature under tensile strain, while the nanowires accommodate the compressive strain by the formation of twins within the nanowires.
随着拉伸应变的继续，纳米线的{111}面开始发生滑移以适应对纳米线所施加的应变；而在压缩屈曲的情况下，纳米线靠在内部形成孪晶来适应压缩应变。