An excavation of 10.5m deep and 110m x 70m in plane with double-row pile retaining structure in soft clay has been completed, which is of severa1 advantages, such as elimination of lateral deflection and ground surface settlement, low cost and short duration of excavation. This paper presents tile design considerations, procedure of construction and excavation, behavior of this type of retaining structure. The FEM analysis has been carried for prediction of lateral deflection and stress, the results from FEM method conformed well with field measurement, some conclusions drawn from the design and construction Mil be valuable for future construction in similar engineering
It is well recognised that superstructure load is transferred to surrounding soil through piled foun...
This paper presents the design criteria, finite element modeling and actual behavior of a braced she...
This paper presents design and construction aspects of two similar circular Liquefied Natural Gas (L...
The design and construction of anchored and strutted sheet pile walls in soft clay are reviewed in t...
This paper aims to study the design process and service performance of a deep excavation supported b...
The sheet pile bracing system is the most well-known for excavation work in Bangkok soft marine clay...
This paper investigates the performance of a top-down deep excavation in soil-rock composite stratum...
To gain new insights into single pile responses to adjacent excavations in soft ground, numerical pa...
The paper presents a case study of braced excavation using sheet pile wall in Thi Vai soft clay in S...
The excavation depth of foundation pits has been increasing along with the continuous development of...
Excavations in urban developed area are generally supported by deep excavation walls such as; diaph...
A watertight prestressed anchored retaining wall was used in an excavation in Marmaris, a town locat...
Construction of a 21-foot wide, 28-foot deep braced excavation in Detroit soft clays has been comple...
Abstract Background Since the high-rise buildings and deep underground structures dramatically incre...
In this paper, a case history of a deep excavation in Shanghai, which was adjacent to a historical b...
It is well recognised that superstructure load is transferred to surrounding soil through piled foun...
This paper presents the design criteria, finite element modeling and actual behavior of a braced she...
This paper presents design and construction aspects of two similar circular Liquefied Natural Gas (L...
The design and construction of anchored and strutted sheet pile walls in soft clay are reviewed in t...
This paper aims to study the design process and service performance of a deep excavation supported b...
The sheet pile bracing system is the most well-known for excavation work in Bangkok soft marine clay...
This paper investigates the performance of a top-down deep excavation in soil-rock composite stratum...
To gain new insights into single pile responses to adjacent excavations in soft ground, numerical pa...
The paper presents a case study of braced excavation using sheet pile wall in Thi Vai soft clay in S...
The excavation depth of foundation pits has been increasing along with the continuous development of...
Excavations in urban developed area are generally supported by deep excavation walls such as; diaph...
A watertight prestressed anchored retaining wall was used in an excavation in Marmaris, a town locat...
Construction of a 21-foot wide, 28-foot deep braced excavation in Detroit soft clays has been comple...
Abstract Background Since the high-rise buildings and deep underground structures dramatically incre...
In this paper, a case history of a deep excavation in Shanghai, which was adjacent to a historical b...
It is well recognised that superstructure load is transferred to surrounding soil through piled foun...
This paper presents the design criteria, finite element modeling and actual behavior of a braced she...
This paper presents design and construction aspects of two similar circular Liquefied Natural Gas (L...