Anchor slab retaining wall is a kind of retaining structure, which consists of prefabricated rib-columns, panel slabs, tie-bars and anchor slabs embedded in earth fill. Since the structure was first used and developed in China in 1974, many such structure have been built on railways and other engineering projects. The reviewer of Second International Conference on Case Histories in Geotechnical Engineering gave a comments about this structure as follows: Chinese method anchor slab the construction should interest the western world . Ba-Yu-Quan anchor slab retaining wall has been instrumented to measure the load on the tie-bar, the horizontal displacement of the rib-columns, the horizontal earth pressure acting at the panel slabs, and the b...
Earth retaining structures usually need careful monitoring after construction in order to detect any...
A kind of bored pile with large diameter is being used in civil engineering in China. The maximum le...
This paper presents several aspects of engineering performances including satisfactory, unsatisfacto...
An anchor slab retaining wall which stands seasonal overtopping floods was constructed in 1980 besid...
Temporary tied anchor retaining walls have been used extensively where deep excavations are required...
This project deals with analysis and design with an emphasis laid on effect of earthquake on an impo...
In this paper two case histories are addressed. The first case history describes the underpinning an...
This paper aims to study the design process and service performance of a deep excavation supported b...
Thirty six anchors, corresponding approximately to five per cent of the total anchors of a retaining...
The paper presents case histories of performance of foundations where stone columns were provided, a...
A case study is presented concerning the design and construction of two retaining walls constructed ...
The facing of a Reinforced Earth retaining wall, built at an altitude of 1200 m, was damaged during ...
This paper describes the results of earth pressure measurements buried pipes. Conventional earth pre...
Reinforced Earth techniques are fast growing procedures within geotechnical engineering practice. Th...
Two case histories are presented for earth retention structures where the results of construction mo...
Earth retaining structures usually need careful monitoring after construction in order to detect any...
A kind of bored pile with large diameter is being used in civil engineering in China. The maximum le...
This paper presents several aspects of engineering performances including satisfactory, unsatisfacto...
An anchor slab retaining wall which stands seasonal overtopping floods was constructed in 1980 besid...
Temporary tied anchor retaining walls have been used extensively where deep excavations are required...
This project deals with analysis and design with an emphasis laid on effect of earthquake on an impo...
In this paper two case histories are addressed. The first case history describes the underpinning an...
This paper aims to study the design process and service performance of a deep excavation supported b...
Thirty six anchors, corresponding approximately to five per cent of the total anchors of a retaining...
The paper presents case histories of performance of foundations where stone columns were provided, a...
A case study is presented concerning the design and construction of two retaining walls constructed ...
The facing of a Reinforced Earth retaining wall, built at an altitude of 1200 m, was damaged during ...
This paper describes the results of earth pressure measurements buried pipes. Conventional earth pre...
Reinforced Earth techniques are fast growing procedures within geotechnical engineering practice. Th...
Two case histories are presented for earth retention structures where the results of construction mo...
Earth retaining structures usually need careful monitoring after construction in order to detect any...
A kind of bored pile with large diameter is being used in civil engineering in China. The maximum le...
This paper presents several aspects of engineering performances including satisfactory, unsatisfacto...