A method of slices satisfying all the conditions of statical equilibrium has been developed to deal with the problem of determination of passive earth pressure over a retaining wall in sand. A method similar to that of Morgenstern and Price 1 which was used to solve the stability of slopes, has been followed. The earth pressure coefficients with the proposed methodology have been computed for a vertical retaining wall for both positive and negative wall friction angle. Also examined is the variation of the interslice shear force between the retaining wall and the Rankine Passive boundary. Due to complete satisfaction of the equilibrium conditions, the method generates exactly the same earth pressure coefficients as computed by using Terzagh...
Calculation of seismic earth pressure is important for design of retaining walls in earthquake-prone...
Copyright © 2012 Sima Ghosh and Chirabrata Debnath. This is an open access article distributed under...
A stress plasticity solution is proposed for evaluating the gravitational and dynamic active earth p...
A method of slices satisfying all the conditions of statical equilibrium has been developed to deal ...
A unified procedure for calculating active and passive earth pressures on retaining structures for s...
A numerical method is developed to evaluate the passive earth pressure coefficients for an inclined ...
The problem of passive earth pressure is one of the important topics in Geotechnical engineering. At...
Passive resistance is a significantly important factor for successful design and performance of vari...
The problem of the active and passive earth pressure acting on a rigid retaining wall has been studi...
Seismic passive earth pressure coefficients were computed by the method of limit equilibrium using a...
This work presents a theoretical study of passive earth pressure exerted behind a retaining structur...
This paper presents an efficient technique to calculate the passive earth pressure of a cohesionless...
Abstract – Static and pseudo-static analysis based on the Discrete Element Method (DEM) is presented...
The paper presents the results of physical experiment both with the passive pressure and the pressur...
A differential slice technique is applied in order to obtain the solution for the pressure distribut...
Calculation of seismic earth pressure is important for design of retaining walls in earthquake-prone...
Copyright © 2012 Sima Ghosh and Chirabrata Debnath. This is an open access article distributed under...
A stress plasticity solution is proposed for evaluating the gravitational and dynamic active earth p...
A method of slices satisfying all the conditions of statical equilibrium has been developed to deal ...
A unified procedure for calculating active and passive earth pressures on retaining structures for s...
A numerical method is developed to evaluate the passive earth pressure coefficients for an inclined ...
The problem of passive earth pressure is one of the important topics in Geotechnical engineering. At...
Passive resistance is a significantly important factor for successful design and performance of vari...
The problem of the active and passive earth pressure acting on a rigid retaining wall has been studi...
Seismic passive earth pressure coefficients were computed by the method of limit equilibrium using a...
This work presents a theoretical study of passive earth pressure exerted behind a retaining structur...
This paper presents an efficient technique to calculate the passive earth pressure of a cohesionless...
Abstract – Static and pseudo-static analysis based on the Discrete Element Method (DEM) is presented...
The paper presents the results of physical experiment both with the passive pressure and the pressur...
A differential slice technique is applied in order to obtain the solution for the pressure distribut...
Calculation of seismic earth pressure is important for design of retaining walls in earthquake-prone...
Copyright © 2012 Sima Ghosh and Chirabrata Debnath. This is an open access article distributed under...
A stress plasticity solution is proposed for evaluating the gravitational and dynamic active earth p...