An anchor slab retaining wall which stands seasonal overtopping floods was constructed in 1980 beside a river in the valley of Nanping, Fukien Province, China. Monitor measurements of its stresses and deformations were taken during the mean water level and flood seasons every year since its completion. The results of three years\u27 observations and measurements proved that the wall is stable against floods and the earth pressure is slightly higher than the designed value
A cantilever retaining wall, designed in apparent accord with provisions in a civil engineering hand...
A ten meter high retaining wall made by sands reinforced with continuous fibers was constructed in 1...
Earth retaining structures usually need careful monitoring after construction in order to detect any...
Anchor slab retaining wall is a kind of retaining structure, which consists of prefabricated rib-col...
Temporary tied anchor retaining walls have been used extensively where deep excavations are required...
The facing of a Reinforced Earth retaining wall, built at an altitude of 1200 m, was damaged during ...
This project deals with analysis and design with an emphasis laid on effect of earthquake on an impo...
The paper sets out the salient features concerning the failure of a retaining wall on a sloping grou...
Thirty six anchors, corresponding approximately to five per cent of the total anchors of a retaining...
This paper reports failure of retaining structures related to the 1999 Chi-Chi earthquake. On Septem...
This paper describes the post-failure analysis of a 26m long x 4m high gabion retaining wall located...
This paper gives a series of case histories of earth dams which have been damaged by strong earthqua...
The left bank of Ichari Diversion Dam was anticipated unstable because of toe submergence and drawdo...
A case history of constructing offshore guide dikes on soft clay is presented in this paper. The gui...
The lift side anchor system for a 151 m span suspension bridge over river Alaknanda in Himalayan reg...
A cantilever retaining wall, designed in apparent accord with provisions in a civil engineering hand...
A ten meter high retaining wall made by sands reinforced with continuous fibers was constructed in 1...
Earth retaining structures usually need careful monitoring after construction in order to detect any...
Anchor slab retaining wall is a kind of retaining structure, which consists of prefabricated rib-col...
Temporary tied anchor retaining walls have been used extensively where deep excavations are required...
The facing of a Reinforced Earth retaining wall, built at an altitude of 1200 m, was damaged during ...
This project deals with analysis and design with an emphasis laid on effect of earthquake on an impo...
The paper sets out the salient features concerning the failure of a retaining wall on a sloping grou...
Thirty six anchors, corresponding approximately to five per cent of the total anchors of a retaining...
This paper reports failure of retaining structures related to the 1999 Chi-Chi earthquake. On Septem...
This paper describes the post-failure analysis of a 26m long x 4m high gabion retaining wall located...
This paper gives a series of case histories of earth dams which have been damaged by strong earthqua...
The left bank of Ichari Diversion Dam was anticipated unstable because of toe submergence and drawdo...
A case history of constructing offshore guide dikes on soft clay is presented in this paper. The gui...
The lift side anchor system for a 151 m span suspension bridge over river Alaknanda in Himalayan reg...
A cantilever retaining wall, designed in apparent accord with provisions in a civil engineering hand...
A ten meter high retaining wall made by sands reinforced with continuous fibers was constructed in 1...
Earth retaining structures usually need careful monitoring after construction in order to detect any...