1)  inclined retaining wall
仰斜式挡墙
1.
Based on Technical Code for Building Slope Engineering,inclined retaining wall is researched.
主要结合新的《建筑边坡工程技术规范》,对重力式挡墙中的仰斜式挡墙进行讨论,从理论和实践上分析其优越性。
2)  Acclivitous coal seam
仰斜
3)  false-inclined
伪仰斜
1.
Operational measures of false-inclined mining on 14923 blasting face;
炮采工作面伪仰斜开采技术研究
4)  rise mining
仰斜开采
1.
Based on the condition of 3~# coal seam in Hetangou Coal Mine of Baotou mining bureaus, the effecting principle of dip mining and rise mining on rib fall in full-mechanized caving face has been studied, and to determine the advancing direction of the working face correctly is important for the rib-fall prevention has been pointed out.
以包头矿务局河滩沟煤矿3号煤层放顶煤工作面为对象,应用力学分析方法,分析了俯、仰斜开采对煤壁片帮影响的力学机理,指出了由于工作面推进方向不同而引起顶板支承压力相对于煤壁自由面的位置不同,是造成煤壁片帮的主要原因之一,论述了确定工作面推进方向对防止煤壁片帮的重要性。
5)  up-dip mining
仰斜开采
1.
,as the test object,the paper analyzed the pressure distribution law of the surrounding rock of mine inclined longwall face from the aspects of roof movement,stnesand and deformation of the roadway,periodic pressurization and others the results showed the up-dip mining and down-dip mining were significant different between abutment pressure distribution law,the .
结果表明,倾斜长壁工作面仰斜开采与俯斜开采的支承压力分布有明显的差别,俯斜开采的影响范围大于仰斜开采,但支承压力的最大值稍小于仰斜开采。
6)  oblique earth
仰斜式
1.
According to characteristics and trend of Taoyaomen Connecting Project of Zhoushan Island-mainland Link Project in Zhejiang Province,combining with characteristics of local abundant stone,oblique earth-retaining wall was designed and through analysis and study on calculating results it was found that oblique earth-retaining wall could be adopted under .
本文根据浙江省舟山连岛工程桃夭门大桥连接线工程的特点及走向,结合当地石料丰富的特点,设计出仰斜式挡土墙,并通过对计算结果进行分析与研究发现:在地质情况较好条件下可以考虑采用仰斜式挡土墙,设计时可适当调整挡土墙墙背及墙面坡度,增加墙趾级数及在刚性角范围内加大尺寸,以调整基底应力在地基承载范围内。
参考词条
补充资料:斜墙土坝
      防渗体位于坝体上游侧的土坝。这种防渗体称斜墙。坝壳填透水料。斜墙多用土料填筑,称塑性斜墙(图a)。如用沥青混凝土、混凝土或钢筋混凝土修筑则为刚性斜墙(图b,见堆石坝)。土斜墙与下游透水坝壳间常设反滤层过渡。斜墙的厚度应满足防渗要求。斜墙土坝适用于当地有防渗料和足够数量单一透水料的地区,且透水料料场位于下游或河道为多泥沙河道。
  
  
  这种坝的优点是:①雨季和寒冷季节可先上透水料争取工期;②斜墙位于上游,便于检修;③坝基处理可与斜墙及坝壳填筑同时进行,不影响坝体施工;④在各种土坝坝型中,下游坝壳浸润线最低,下游坡最陡;⑤在多泥沙河道上斜墙便于与水库天然淤土连接,以用于坝基防渗。缺点是:①斜墙位于透水坝壳之上,如坝壳沉陷较多,将影响斜墙开裂;②库水位降落时斜墙孔隙水来不及排出时,影响上游坡稳定;③与岸坡及混凝土建筑物连接不如心墙坝;④斜墙与地基接触应力比心墙小,与基础结合不如心墙坝。
  

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