The increase in excess pore pressure due to undrained cyclic loading will decrease the effective stress of a soft soil, causing possible undrained failure at times. In this note, a model for partially drained radial consolidation under cyclic loading is proposed. This is achieved through the application of radial consolidation theory and the internal generation of excess pore pressure predicted by an undrained cyclic model. This study demonstrates theoretically the ability of vertical drains to prevent excess pore pressure accumulating to a critical value under cyclic loading
Rapid population growth and the correspondingly increased demand for infrastructure necessitate effe...
A system of vertical drains with combined vacuum and surcharge preloading is an effective 10 solutio...
Abstract: The purpose of this paper is to investigate the effectiveness of Prefabricated Vertical Dr...
The increase in excess pore pressure due to undrained cyclic loading will decrease the effective str...
Large-scale cyclic triaxial tests are conducted on remoulded kaolin specimens with 300 mm diameter a...
This paper presents analytical solutions for nonlinear radial consolidation of soft soil with vertic...
Previous studies have revealed that prefabricated vertical drains (PVDs) are effective in stabilizin...
By incorporating the nonlinear variation of a soil's compressibility and permeability during the pro...
Developing an analytical solution for the consolidation of unsaturated soils remains a challenging t...
This paper shows the development of a series of closed-form solutions of equal strain consolidation ...
In this paper, the free strain radial consolidation theory incorporating the changes of compressibil...
This paper presents a new constitutive model for cyclic loading of soil to predict the behavior of s...
The consolidation behavior of ground with vertical drains is known to be greatly affected by the fin...
A system of vertical drains with combined vacuum and surcharge preloading is an effective solution f...
A system of vertical drains, with surcharge load to accelerate consolidation by shortening the drain...
Rapid population growth and the correspondingly increased demand for infrastructure necessitate effe...
A system of vertical drains with combined vacuum and surcharge preloading is an effective 10 solutio...
Abstract: The purpose of this paper is to investigate the effectiveness of Prefabricated Vertical Dr...
The increase in excess pore pressure due to undrained cyclic loading will decrease the effective str...
Large-scale cyclic triaxial tests are conducted on remoulded kaolin specimens with 300 mm diameter a...
This paper presents analytical solutions for nonlinear radial consolidation of soft soil with vertic...
Previous studies have revealed that prefabricated vertical drains (PVDs) are effective in stabilizin...
By incorporating the nonlinear variation of a soil's compressibility and permeability during the pro...
Developing an analytical solution for the consolidation of unsaturated soils remains a challenging t...
This paper shows the development of a series of closed-form solutions of equal strain consolidation ...
In this paper, the free strain radial consolidation theory incorporating the changes of compressibil...
This paper presents a new constitutive model for cyclic loading of soil to predict the behavior of s...
The consolidation behavior of ground with vertical drains is known to be greatly affected by the fin...
A system of vertical drains with combined vacuum and surcharge preloading is an effective solution f...
A system of vertical drains, with surcharge load to accelerate consolidation by shortening the drain...
Rapid population growth and the correspondingly increased demand for infrastructure necessitate effe...
A system of vertical drains with combined vacuum and surcharge preloading is an effective 10 solutio...
Abstract: The purpose of this paper is to investigate the effectiveness of Prefabricated Vertical Dr...