1) crushing rupture
挤压破坏
1.
The crushing rupture of face slab along vertical joint occurred in some newly completed concrete face rockfill dams with the height of more than 150m.
新近建成的一批坝高大于150m的面板坝的面板都发生了沿垂直缝的挤压破坏问题,因此,避免面板发生挤压破坏成为超高面板坝设计中有待解决的重大设计课题。
2) Crushing failure of ice
冰挤压破坏
3) collapsing force
挤压破坏力
1.
In order to research on the influence of moisture conditioning to mechanical characteristics,a quadratic orthogonal rotation combination designed experiment of three factors and five levels factor was carried out,the mathematical model of collapsing force was founded.
为了研究加湿调质处理对糙米力学性能的影响,采用三因素五水平二次旋转正交组合试验设计,建立糙米籽粒挤压破坏力的数学模型,分析各参数对挤压破坏力的影响规律。
4) face slab rupture
面板挤压破坏
1.
In recent years,there are some cases of concrete face slab rupture happened in several high CFRD projects.
近些年来,国内外的一些面板堆石坝工程相继出现了河床段面板挤压破坏现象,通过对面板挤压破坏机理的分析,表明造成面板挤压破坏的根本原因是堆石的变形,它与坝高、河谷形状、以及堆石的压实状况等因素有着较为密切的关系。
5) collapse failure
挤毁破坏
6) extrusion blasting
挤压爆破
1.
Feasibilty study on extrusion blasting application in cemented filling mining method;
挤压爆破在胶结充填采矿法中应用可行性研究
补充资料：冲击挤压(见冷挤压)
冲击挤压(见冷挤压)
impact extrusion
ehongji jiya冲击挤压(impaet extrusion)见冷挤压。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条