1) deformation failure mechanism model
变形破坏机制模式
1.
In order to thorough and systematically analyze the shatter mechanism and the deformation failure mechanism models,this paper,combined with the detail investigation to the shatter deformation and destroy phenomenon caused by "5.
震裂斜坡是强震作用下形成的一类分布范围广、震裂变形严重、潜在危害大的次生地质灾害,为了深入系统地分析其震裂机理及变形破坏机制模式,本文结合"5。
2) failure model
变形破坏模式
1.
This paper presents the failure model of some diagonal slope with the interlayered silt mudstone,argillaceous sandstone and carbon shale by analysing the slope deformation character.
通过对边坡变形特征的分析,研究了由粉砂质泥岩、泥质粉砂岩、炭质页岩互层组成的斜向坡高边坡的变形破坏模式,基于模式分析提出了有针对性的治理措施。
4) deformation and failure mechanism
变形破坏机制
1.
Based on the study of the engineering geological conditions for a large project in Guizhou karst region,deformation and failure mechanism of four types of samdwich glacis slopes in karst region are represented in detail.
在贵州岩溶区某大型工程台址工程地质环境条件研究基础上,采用地质历史过程机制分析法和数值模拟方法,对岩溶区层状缓倾角岩质边坡变形破坏机制作系统研究,总结出了4种变形破坏机制,即高陡的层状缓倾内边坡(A类坡)主要发生倾倒-崩落或拉裂-崩落破坏,低矮的层状缓倾内边坡(C类坡)则以小规模垮塌为主;缓倾外顺层边坡(B类坡)以滑移-拉裂型顺层滑坡或块状滑坡为主,而复合型边坡(D类坡)多以滑移-拉裂和弯曲-拉裂组合形式发生破坏。
2.
There are two kind of different deformation and failure mechanism,where.
在变形破坏机制上,路上新滑坡(Ⅱ)是前缘卸荷牵引式,路下新滑坡(Ⅳ~Ⅴ)是后缘加载推移式。
5) deformation mechanism
变形破坏机制
1.
Based on the investigation in and research on the engineering environmental condition and the characteristics of self-structure and material component, and combined with age dating experiment using ESR method, this paper analyzed synthetically the deformation mechanism and formation time of some supergiant and multiple landslide, and evaluated its stability using the way of qualitative analysis.
在对西南某水电站库区一特大型、多期复合型滑坡所处的工程环境条件、自身结构及各期次滑坡体物质组成特征认真调查和研究的基础上,结合ESR测龄试验研究,对该滑坡的变形破坏机制及形成年代进行了综合分析,并对其稳定性进行了定性评价。
6) deformation damage mechanism
变形破坏机制
1.
The origin, basic features and deformation damage mechanism of the Hanpingba landslide are described.
汉坪咀滑坡基本特征及滑坡的成因、变形破坏机制 ,通过试验分析提出了滑带物理力学参数 ,并进行稳定性评价。
补充资料：变形
变形
胚胎或胎儿发育过程中，受到不正常的机械力压迫，使本应正常生长的机体，出现一些形态结构的改变，但由于无内在异常，预后较各类畸形为好，治疗方法及再发的风险不同，因此要与先天畸形相鉴别。
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