This study investigates the reasons of excessive movements of a group of reinforced-concrete retaining walls with a total length of over 300 meters, constructed in 2000 in Kocaeli, Turkey. The contractor had documented the construction stages in sufficient detail. Evaluation of available documents, field observations and engineering analysis has shown that the factor of safety for the walls was around one. In other words, the walls were slowly failing. Engineering errors on calculation of earth pressures and the use of wrong backfill were identified as the primary reasons. The factor of safety of the failing walls was significantly improved by using the combination treatment of backfill replacement, base enlargement, post-construction shear...
The Lezha town has a very complicate geology, high underground water table and high seismicity. Near...
The Lezha town has a very complicate geology, high underground water table and high seismicity. Near...
A “Reinforced Soil Retaining Wall” (RSR) wall of 10.5m height collapsed about 5 years after construc...
This study investigates the reasons of excessive movements of a group of reinforced-concrete retaini...
This study investigates the reasons of excessive movements of a group of reinforced-concrete retaini...
A cantilever retaining wall, designed in apparent accord with provisions in a civil engineering hand...
A cantilever retaining wall, designed in apparent accord with provisions in a civil engineering hand...
The paper sets out the salient features concerning the failure of a retaining wall on a sloping grou...
This paper describes the post-failure analysis of a 26m long x 4m high gabion retaining wall located...
This paper describes the post-failure analysis of a 26m long x 4m high gabion retaining wall located...
This paper describes the post-failure analysis of a 26m long x 4m high gabion retaining wall located...
Earth retaining structures usually need careful monitoring after construction in order to detect any...
A “Reinforced Soil Retaining Wall” (RSR) wall of 10.5m height collapsed about 5 years after construc...
A “Reinforced Soil Retaining Wall” (RSR) wall of 10.5m height collapsed about 5 years after construc...
The Lezha town has a very complicate geology, high underground water table and high seismicity. Near...
The Lezha town has a very complicate geology, high underground water table and high seismicity. Near...
The Lezha town has a very complicate geology, high underground water table and high seismicity. Near...
A “Reinforced Soil Retaining Wall” (RSR) wall of 10.5m height collapsed about 5 years after construc...
This study investigates the reasons of excessive movements of a group of reinforced-concrete retaini...
This study investigates the reasons of excessive movements of a group of reinforced-concrete retaini...
A cantilever retaining wall, designed in apparent accord with provisions in a civil engineering hand...
A cantilever retaining wall, designed in apparent accord with provisions in a civil engineering hand...
The paper sets out the salient features concerning the failure of a retaining wall on a sloping grou...
This paper describes the post-failure analysis of a 26m long x 4m high gabion retaining wall located...
This paper describes the post-failure analysis of a 26m long x 4m high gabion retaining wall located...
This paper describes the post-failure analysis of a 26m long x 4m high gabion retaining wall located...
Earth retaining structures usually need careful monitoring after construction in order to detect any...
A “Reinforced Soil Retaining Wall” (RSR) wall of 10.5m height collapsed about 5 years after construc...
A “Reinforced Soil Retaining Wall” (RSR) wall of 10.5m height collapsed about 5 years after construc...
The Lezha town has a very complicate geology, high underground water table and high seismicity. Near...
The Lezha town has a very complicate geology, high underground water table and high seismicity. Near...
The Lezha town has a very complicate geology, high underground water table and high seismicity. Near...
A “Reinforced Soil Retaining Wall” (RSR) wall of 10.5m height collapsed about 5 years after construc...