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compressive strain
压缩应变:物体在受到压缩力作用下发生的变形或变化的程度。
常用释义
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基本释义
  • 压缩应变:物体在受到压缩力作用下发生的变形或变化的程度。
例句
  • 1·To investigate the effect of compressive strain on tissue engineered cartilage construction in vitro.
    在压应变作用下构建组织工程化软骨。
  • 2·In the eastern area, the tensile strain is very intensive, while the compressive strain is very weak.
    东区存在非常强烈的张应变,压应变则很弱。
  • 3·When the fault displacement is same, the maximum axial compressive strain of the buried pipeline with different crossing Angle is very close.
    在相同的断层位错作用下,不同穿越角度的埋地管线的最大轴向压应变十分接近。
  • 4·This type of approach cannot account for compressive strains between tensile peaks or strain levels that do not recover to zero between multiple axles.
    这种类型的方法不能解释或峰之间的拉伸应变水平不恢复到零轴之间的多个压缩的压力。
  • 5·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。
  • 6·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。
  • 7·The results showed that a compressive strain parallel to the grain boundary enhanced the grain boundary migration, which is driven by the interaction between neighboring grain boundaries.
    结果表明:平行于晶界方向的压应变可以促进晶界在相邻晶界交互作用下发生迁移;垂直于晶界方向的压应变则不能对晶界迁移产生明显的效果。
  • 8·The SichuanYunan area is dominated by compressive strain. The strain concentration at Shimian of Sichuan province and Xinping of Yunnan province implies a possible moderate or major seismic risk.
    川滇地区以压应变为主,四川石棉和云南新平一带出现的应变集中地区也许具有发生中强地震的可能性。
  • 9·This paper delivered the relationships of uniaxial tensile and compressive stress with strain and bending properties, and felt-bending strength of cement mortar with polyvinyl acetate (PVAC).
    研究掺聚醋酸乙烯水泥砂浆的轴拉和轴压应力—应变关系、抗弯性能以及长期粘结抗弯强度。
  • 10·The effect of the whisker rotation on the hot compressive deformation behavior of the whisker reinforced aluminum matrix composite is investigated by the plane strain finite element method.
    采用平面应变有限元方法研究了晶须转动对晶须增强铝基复合材料热压缩变形行为的影响。