范明桥,杨明昌,周传海. 新长铁路混凝土挡墙加筋格栅试验[J]. 水利水运工程学报, 2000, (3): 62-64.
引用本文: 范明桥,杨明昌,周传海. 新长铁路混凝土挡墙加筋格栅试验[J]. 水利水运工程学报, 2000, (3): 62-64.
FAN Ming-qiao,YANG Ming-chang,ZHOU Chuan-hai. Test on reinforced plastic geogrid for concrete block retaining walls in Xinyi-Changxin railway[J]. Hydro-Science and Engineering, 2000, (3): 62-64.
Citation: FAN Ming-qiao,YANG Ming-chang,ZHOU Chuan-hai. Test on reinforced plastic geogrid for concrete block retaining walls in Xinyi-Changxin railway[J]. Hydro-Science and Engineering, 2000, (3): 62-64.

新长铁路混凝土挡墙加筋格栅试验

Test on reinforced plastic geogrid for concrete block retaining walls in Xinyi-Changxin railway

  • 摘要: 混凝土挡墙 (板 )加筋格栅现场试验结果表明 ,嵌入式和拉环式两种格栅挡板均可行 ,但推荐采用嵌入式 .现场试验的格栅强度要比室内试验低 30 %~ 40 % .

     

    Abstract: Researching and producing the field test instrument for reinforced plastic geogrid for concrete block retaining walls is reported in this paper. Several pieces of reinforced plastic geogrid for concrete blocks were tested in the field of Xinyi Changxin railway. The test result shows that two kinds of forms to link geogrid and concrete blocks (embedding form and tied ring form) are practicable. The tensile strength of geogrid in field is 30%~40% lower than that in laboratory and the reason is discussed.

     

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