摘要
文章根据临淮岗深孔闸翼墙挡土高、水平及垂直荷载大等特点,在墙后设置土工格栅加筋土减少翼墙的水平荷载,以解决高挡土与软基承载能力不足的矛盾。采用刚性翼墙与加筋土间隔、上下错开的布置型式,形成复合式翼墙结构,满足挡墙的抗滑稳定性及防渗要求。
As Linhuaigang bottom gate has to be retained highly to bear the heavy loads at the horizontal and vertical direction, geogrid reinforced earth is set behind the wing wall to lessen horizontal load and to resolve the conflict between high retaining wall and insufficient bearing capacity of the weak foundation. The composite wing wall with staggered rigid wing wall and reinforced earth has fulfilled the requirement of stability against sliding and seepage.
出处
《安徽建筑》
2008年第5期125-127,共3页
Anhui Architecture
关键词
复合式翼墙
加筋土
抗滑稳定
composite wing wall
reinforced earth
stability against sliding
作者简介
龚宾（1972-），男。安徽宿松人，毕业于合肥工业大学，学士。工程师。
