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首页> 外文期刊>KSCE journal of civil engineering >A Theoretical Method to Predict Crack Initiation in Stabilizing Piles
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A Theoretical Method to Predict Crack Initiation in Stabilizing Piles

机译:稳定桩开裂预测的理论方法

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Stabilizing pile is a kind of underground structure, in which the crack initiation on the pile shaft is more dangerous than the crack on the interior concrete structure. A crack discriminant in displacement form was deduced by introducing the subgrade reaction method and reinforced concrete theory, in which the head displacement of stabilizing pile was the main parameter. Therefore, the head displacement of stabilizing pile in critical state of cracking (critical head displacement) can be obtained according to the crack discriminant. Subsequently, the predicting crack initiation in stabilizing pile could be achieved by comparing measured head displacement with critical head displacement of the stabilizing pile. The crack discriminant was tested and verified in Hongyan landslide project, Zhejiang province, China. Based on the field measurements at Hongyan landslide project, some stabilizing piles were critically stressed to initiate the crack.
机译:稳定桩是一种地下结构,其中桩身上的裂纹萌生比内部混凝土结构上的裂纹更危险。通过引入路基反应法和钢筋混凝土理论,推导了位移形式的裂缝判别方法,其中稳定桩的头部位移是主要参数。因此,根据裂缝判别式,能够求出处于裂纹临界状态的稳定桩的头部位移(临界头部位移)。随后,通过将测得的头部位移与稳定桩的临界头部位移进行比较,可以预测稳定桩中的裂纹萌生。在中国浙江省红岩滑坡项目中对裂纹判别进行了测试和验证。根据红岩滑坡项目的现场测量结果,对一些稳定桩施加了临界应力,以引发裂缝。

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