Safety Assessment in Tunnel Grouting Using Fuzzy Rotational and Angular Models
Safety Assessment in Tunnel Grouting Using Fuzzy Rotational and Angular Models
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DOI：
10.1061/(asce)cf.1943-5509.0000044
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发表时间：
2009-11
影响因子：
2.5
通讯作者：
Khalid R. Al-Labadi;H. M. Al-Humaidi;F. Tan
中科院分区：
文献类型：
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作者：
Khalid R. Al-Labadi;H. M. Al-Humaidi;F. Tan
在污水隧道施工中进行灌浆操作，以防止进水，并加强和固化隧道的环形。这样的操作有危险。这些操作的安全评估往往涉及主观判断。这些判断经常使用不容易定义的语言表达，尽管它们很有用。旋转和角度的模糊逻辑模型，这是有用的，在评价判断通常表示的语言，已经建立，以确定隧道灌浆作业的性能和安全。图形模型涉及使用具有正特性和负特性的斜坡函数。
Grouting operations in sewage tunnel construction are performed to prevent water inflow and to strengthen and solidify the ring shape of the tunnel. Such operations have hazards. Safety assessments of these operations often involve subjective judgment. These judgments frequently employ linguistic expressions that are not easily defined although they are useful. Rotational and angular fuzzy logic models, which are useful in evaluating judgments commonly expressed linguistically, have been established to determine the performance and safety of tunnel grouting operations. The graphical models involve the use of ramp functions having both positive and negative characteristics.