A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
In this paper, the currently available, feasible controlling measures for the deformation of foundation excavation and its surrounding environment are summarized systemically, which is mainly embodied in pit collapse, adjacent building differential settlement as well as underground pipeline cracking. Then first from the two aspects: artificial recharge used as prevention method and management measure separately, the paper illustrates the control principle, operation method and matters needing attention during artificial recharge. In addition, the difference between pumping well and recharge well are discusses. The research results will provide direction for the deformation control of deep foundation excavation and the operation of artificial recharge.
In this paper, the currently available, feasible controlling measures for the deformation of foundation excavation and its surrounding environment are summarized systemically, which is mainly embodied in pit collapse, adjacent building differential settlement as well as underground pipeline cracking. Then first from the two aspects: artificial recharge used as prevention method and management measure separately, the paper illustrates the control principle, operation method and matters needing attention during artificial recharge. In addition, the difference between pumping well and recharge well are discusses. The research results will provide direction for the deformation control of deep foundation excavation and the operation of artificial recharge.
Control of Artificial Recharge on Foundation Pit Deformation due to Dewatering
2012
4 Seiten
Conference paper
English
Control of Artificial Recharge on Foundation Pit Deformation due to Dewatering
| British Library Conference Proceedings | 2012
Control of Artificial Recharge on Foundation Pit Deformation due to Dewatering
| Trans Tech Publications | 2012
Automatic recharge system and method for foundation pit dewatering well
| European Patent Office | 2024
| European Patent Office | 2023
Foundation pit dewatering rate control method based on surrounding environment deformation
| European Patent Office | 2023