Shanghai Guangda foundation Engineering Co.

Shanghai, China

Shanghai Guangda foundation Engineering Co.

Shanghai, China
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Wang W.-D.,East China Architecture Design and Research Institute | Chen Y.-C.,East China Architecture Design and Research Institute | Wu G.-M.,Shanghai Guangda Foundation Engineering Co.
Yantu Gongcheng Xuebao/Chinese Journal of Geotechnical Engineering | Year: 2015

TRD construction cement-soil mixing walls have been increasingly used in deep and large excavations. The TRD construction will disturb the soils around construction panels and hence influence the nearby facilities when it is used in urban areas. Field monitoring is carried out on lateral soil displacements and ground surface settlements during TRD construction in three projects, i. e., Hongqiao Business District-08 block (phase I), Shanghai Xisiwenli excavation on Xinzha Road, and Shanghai International Financial Center. Based on the field monitoring results, the impact of TRD construction on the nearby environment is systematically analyzed. It is shown that the overall influence of TRD construction on the nearby environment is small. Both the measured maximum ground surface settlement and lateral soil displacement are less than 10 mm in all the three cases. Moreover, the influence zone of TRD construction is within 10 m away from the panel. Some measures for minimizing the deformation during TRD construction are also proposed and discussed. ©, 2015, Yantu Gongcheng Xuebao/Chinese Journal of Geotechnical Engineering. All right reserved.


Zhang Z.-X.,Shanghai Guangda Foundation Engineering Co. | Li X.,Shanghai Guangda Foundation Engineering Co. | Xie Z.-L.,Shanghai Guangda Foundation Engineering Co. | Li J.-J.,East China Architectural Design and Research Institute Co.
Yantu Gongcheng Xuebao/Chinese Journal of Geotechnical Engineering | Year: 2010

As the development of the deep excavation engineering in the coastal soft soil area, the technology of ultra-deep triaxial cement-soil mixed piles more than 50 m in length has become the effective solution to control the deep confined water. The technology of ultra-deep triaxial cement-soil mixed piles and its application in deep excavation are introduced based on the practical engineering. The process of construction, key point of construction and the quality control measures of the ultra-deep triaxial cement-soil mixed pile technology are described. The successful application of the technology in Shanghai and Tianjin areas shows that the technology of ultra-deep triaxial cement-soil mixed piles is feasible and reliable.


Wu G.-M.,Shanghai Guangda foundation Engineering Co. | Zhang Z.-X.,Shanghai Guangda foundation Engineering Co. | Xie Z.-L.,Shanghai Guangda foundation Engineering Co.
Yantu Gongcheng Xuebao/Chinese Journal of Geotechnical Engineering | Year: 2012

Based on the application of construction technology of steel cement-soil wall with uniform thickness (TRD method) in Greenland Central Plaza in Nanchang, the TRD method is introduced related to its application in rock-socketed composite retaining structures in complex soil strata. It is shown that the TRD method has advantages of wide adaptation to soil strata, fully mixing and good water-resisting properties and so on. As a green construction method, the TRD method has obtained remarkable comprehensive economic and social benefits. It may provide valuable reference for similar projects in the future.

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