Two SPTs and two CPTs for ground before and after stabilization, three static loading tests for the stabilized ground with stone columns were performed. It was found that stone columns strengthened the resistance to seismic liquefaction of a saturated clayey silt layer and increased the ground bearing capacity two times. From a water preloading test of an oil tank on the improved ground it was obtained that stone columns not only decreased the total and differential settlement of the tank but also speeded the consolidation rate of the ground. Stone columns also reduced the initial excess pore water pressures developed in the improved ground in comparison with those in the unimproved one
The use of stone column (called granular piles) has proved to be an economical and technically viabl...
This paper introduces case histories of poor quality contingency of foundation soil improvement of 5...
The paper presents the case history of the failure of a major foundation system comprising of ground...
The ground improvement performed at the site of two 190-ft (57.9 m) diameter, 40-ft (12.2 m) high, 8...
This paper summarizes the experiences obtained in the design and construction of oil tank foundation...
This paper describes the construction of four large tanks on poor soil conditions consisting of hydr...
This article describes the design, quality control and performance of vibroreplacement stone columns...
Soil liquefaction is one of the most important and complex phenomena of soil dynamics. It is a loss ...
This case study describes the use of ground improvement to treat a highly variable site, where new o...
A design of soil improvement for building a petroleum storage tank with a capacity of 50000 M3, and ...
A case history is presented where stone columns were used as a deep compaction method to increase th...
Foundations of 8 Steel Oil storage tanks and two fire water tanks were proportioned limiting total s...
One of the three oil storage tanks constructed failed while being test loaded by filling with water....
Three 30,000m3 storage tanks are located at a hydraulic-filled reclamation site and close to an eart...
Static and dynamic behavior of above-ground steel storage oil tanks resting on end bearing piles or ...
The use of stone column (called granular piles) has proved to be an economical and technically viabl...
This paper introduces case histories of poor quality contingency of foundation soil improvement of 5...
The paper presents the case history of the failure of a major foundation system comprising of ground...
The ground improvement performed at the site of two 190-ft (57.9 m) diameter, 40-ft (12.2 m) high, 8...
This paper summarizes the experiences obtained in the design and construction of oil tank foundation...
This paper describes the construction of four large tanks on poor soil conditions consisting of hydr...
This article describes the design, quality control and performance of vibroreplacement stone columns...
Soil liquefaction is one of the most important and complex phenomena of soil dynamics. It is a loss ...
This case study describes the use of ground improvement to treat a highly variable site, where new o...
A design of soil improvement for building a petroleum storage tank with a capacity of 50000 M3, and ...
A case history is presented where stone columns were used as a deep compaction method to increase th...
Foundations of 8 Steel Oil storage tanks and two fire water tanks were proportioned limiting total s...
One of the three oil storage tanks constructed failed while being test loaded by filling with water....
Three 30,000m3 storage tanks are located at a hydraulic-filled reclamation site and close to an eart...
Static and dynamic behavior of above-ground steel storage oil tanks resting on end bearing piles or ...
The use of stone column (called granular piles) has proved to be an economical and technically viabl...
This paper introduces case histories of poor quality contingency of foundation soil improvement of 5...
The paper presents the case history of the failure of a major foundation system comprising of ground...