Research Article
Deformation Law of the Diaphragm Wall during Deep Foundation Pit Construction on Lake and Sea Soft Soil in the Yangtze River Delta
Table 3
Comparison of wall lateral deformation with other areas.
| Numbering | Location | Ground condition | Support form | Uhmax (H) (%) |
| OU [9] | Taipei | Silty sand and silty clay | Diaphragm wall and sheet piles | 0.2–0.5 | Masuda [7] | Tokyo | Sand and clay | Diaphragm wall | 0.05–0.5 | Wong [6] | Singapore | Stiff clay | Contiguous bored pile and diaphragm wall | 0.03–0.2 | Long [3] | Dublin-Jervis | Glacial till | Soldier piles and sheet piles | 0.07–0.2 | Leung [8] | Hong Kong | Successive layers of fill, marine deposit, and decomposed geomaterials | Diaphragm wall | 0.09–0.29 | Zhang [38] | Jinan | Jinan soft clay | Concrete piles, jet grouting columns, and anchors | 0.02–0.19 | Elbaz [16] | Guangzhou | Sand covered karst | Diaphragm wall | 0.08–0.3 |
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