1) side wall cave-in by ground squeeze
侧墙挤压塌方
2) lateral compression
侧方挤压
1.
External fixation for the treatment of pelvic lateral compression fracture;
应用外固定器治疗侧方挤压损伤型骨盆骨折
3) extrusion side wall
挤压边墙
1.
This paper relatively systematically introduces the original basic principles, construction craft, specialized equipment, quality inspection method, domestic application situation and prospects of construction technique on extrusion side wall of concrete face rockfill dam; shows the wide application prospects of construction technique on extrusion side wall.
论文就面板堆石坝挤压边墙施工技术的起源基本原理、施工工艺、专用设备、质量检测方法及在国内应用情况和前景做了一个较系统的介绍,展示了挤压边墙施工技术在此领域的广阔应用前景。
4) crushing side wall
挤压边墙
1.
Discussion on influence of construction method of crushing side wall to face slab stressing;
挤压边墙施工方法对面板受力的影响
2.
Application of crushing side wall construction technology in slab rockfill dam of Dongba Hydropower Plant;
挤压边墙施工技术在洞巴水电站面板堆石坝的应用
5) concrete crushing-type side wall
挤压边墙
1.
Cause analysis of cracking of concrete slab for high CFRD based on concrete crushing-type side wall technology;
采用挤压边墙技术的高面板坝裂缝成因分析
2.
The concrete crushing-type side wall technology is a new method for constructing the upstream side-slope of concrete face rockfill dam(CFRD).
混凝土挤压边墙技术是混凝土面板堆石坝上游坡面施工的新方法。
3.
The construction technique of concrete crushing-type side wall is a new method in concrete facing rockfill dam.
挤压边墙施工方法是混凝土面板堆石坝面板坡面施工的一种新方法,根据它诸多优点,如:分层施工、强度均衡、简单易行、安全可靠,可广泛应用于南方广大地区与北方局部地区,值得大力推广应用。
6) extrusion-sidewall
挤压墙
1.
Influence on stress and deformation of concrete faced rockfill dam using extrusion-sidewall
挤压墙工法对面板堆石坝应力变形影响规律研究
2.
As a new construction technology, extrusion-sidewall has already been successfully used in several projects in china, such as Gongboxia, Shuibuya and so on.
挤压墙技术作为一种较新的施工技术,我国已经在公伯峡、水布垭等工程中得到了成功的应用。
补充资料：侧向挤压
侧向挤压
sideway extrusion
CeXIQng』lyo侧向挤压(sideway extrusion)制品流出方向与挤压杆运动方向成900的挤压方法，也称横向挤压。可分为单向侧向挤压和双向侧向挤压(如图所示)。侧向挤压的特点是:挤压模与锭坯轴线成9扩放置，挤压力与锭坯轴线方向一致，这种金属流动机构使制品遍纂 。b今簿黔 侧向挤压示意图 a、乙单向侧向挤压;‘一双向侧向挤压 1一挤压筒;2一挤压杆;3一模子;4一锭坯;5一挤压制品的纵向力学性能差异最小;变形程度大，挤压比可达100:1，制品强度高;要求模具和工具具有高的强度及刚度。该方法被用来制造高质量的航空用阀的弹簧。
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