This paper describes in detail a prediction about the responses of the soil and the RC diaphragm wall of a deep excavation in Taipei. The 21.8 m excavation was the deepest at the time, and it served as a good basis for testing previous back analysis results. As instrumentation records became available, updates were made and were passed to the contractor for the construction control purpose. The prediction was considered as a success
An excavation up to 23m deep for the Dana Farber research tower in the Longwood medical area of Bost...
A case history and analysis are presented of a 76-foot deep braced excavation in competent silt- and...
In urban deep excavations, instruments are placed to monitor deformations and to control constructio...
Deep excavations can comprise one of the most challenging design and construction geotechnical probl...
The technical characteristics of a deep supported excavation project using anchored diaphragm walls ...
Two case studies of using diaphragm wall as earth retaining structure for deep excavation are report...
ABSTRACTS: Effects of ground settlements on adjacent structures have been a critical issue in deep e...
An instrumented deep excavation in weathered rock adjacent to a deflection-sensitive historical buil...
This paper reports recorded earthpressures acting on diaphragm walls during a deep excavation carrie...
Construction of a 21-foot wide, 28-foot deep braced excavation in Detroit soft clays has been comple...
This paper presents a case history of performances and predictions of a diaphragm wall which is subj...
The engineering approach to design and specification development for a deep excavation is presented ...
Prior to the excavation of half a million cubic meters of dense gravelly material within the city ce...
This paper describes the application of a generalized effective stress soil model, MIT‐S1, within a ...
The sheet pile bracing system is the most well-known for excavation work in Bangkok soft marine clay...
An excavation up to 23m deep for the Dana Farber research tower in the Longwood medical area of Bost...
A case history and analysis are presented of a 76-foot deep braced excavation in competent silt- and...
In urban deep excavations, instruments are placed to monitor deformations and to control constructio...
Deep excavations can comprise one of the most challenging design and construction geotechnical probl...
The technical characteristics of a deep supported excavation project using anchored diaphragm walls ...
Two case studies of using diaphragm wall as earth retaining structure for deep excavation are report...
ABSTRACTS: Effects of ground settlements on adjacent structures have been a critical issue in deep e...
An instrumented deep excavation in weathered rock adjacent to a deflection-sensitive historical buil...
This paper reports recorded earthpressures acting on diaphragm walls during a deep excavation carrie...
Construction of a 21-foot wide, 28-foot deep braced excavation in Detroit soft clays has been comple...
This paper presents a case history of performances and predictions of a diaphragm wall which is subj...
The engineering approach to design and specification development for a deep excavation is presented ...
Prior to the excavation of half a million cubic meters of dense gravelly material within the city ce...
This paper describes the application of a generalized effective stress soil model, MIT‐S1, within a ...
The sheet pile bracing system is the most well-known for excavation work in Bangkok soft marine clay...
An excavation up to 23m deep for the Dana Farber research tower in the Longwood medical area of Bost...
A case history and analysis are presented of a 76-foot deep braced excavation in competent silt- and...
In urban deep excavations, instruments are placed to monitor deformations and to control constructio...