Earth embankments are required for railways, roadways, earth dams, leeves and river training works. Stability of these embankments or slopes needs to be thoroughly analysed. Their failure occurs in every conceivable manner, slowly or suddenly and with or without any apparent provocation leading to loss of life as well as colossal economic loss. Failure of slope takes place due to action of gravitational forces and seepage forces within the soil. In this paper, it has been proposed to analyze stability of slope considering static and dynamic forces. However to reduce the complexity in dynamic analysis, seismic forces are converted into their equivalent static forces called as Pseudo static forces. Hence the analysis is called Pseudo static s...
Slopes are usually constructed from soil, although natural soil or mixed soil are also in use or hav...
This paper adopts the kinematic theorem of limit analysis to assess the seismic stability of a two-s...
The seismic stability of earth slopes has been a topic of considerable interest in geotechnical engi...
Earth embankments are required for railways, roadways, earth dams, leeves and river training works. ...
Earth embankments are required for railways, roadways, earth dams, leeves and river training works. ...
This article aims to analyze the static stability and pseudostatic slope by using different methods ...
Approaches commonly used to assess the seismic stability of slopes range from the relatively simple ...
To obviate the complicated calculation of progressive failure to stress-strain approach and the inac...
This paper presents a procedure for assessing the reinforcement force of geosynthetics required for ...
AbstractAnalysis of the static and seismic stability of natural and manmade slopes and embankments i...
According to current practice, analyzing the stability of an earth slope under seismic conditions in...
Slope stability is an important aspect in the management of civil engineering projects. The stabilit...
Many researchers have developed new calculation methods to analyze seismic slope stability problems,...
Earthen slopes experience considerable degradation in strength and stiffness during seismic activiti...
Slopes are usually constructed from soil, although natural soil or mixed soil are also in use or hav...
Slopes are usually constructed from soil, although natural soil or mixed soil are also in use or hav...
This paper adopts the kinematic theorem of limit analysis to assess the seismic stability of a two-s...
The seismic stability of earth slopes has been a topic of considerable interest in geotechnical engi...
Earth embankments are required for railways, roadways, earth dams, leeves and river training works. ...
Earth embankments are required for railways, roadways, earth dams, leeves and river training works. ...
This article aims to analyze the static stability and pseudostatic slope by using different methods ...
Approaches commonly used to assess the seismic stability of slopes range from the relatively simple ...
To obviate the complicated calculation of progressive failure to stress-strain approach and the inac...
This paper presents a procedure for assessing the reinforcement force of geosynthetics required for ...
AbstractAnalysis of the static and seismic stability of natural and manmade slopes and embankments i...
According to current practice, analyzing the stability of an earth slope under seismic conditions in...
Slope stability is an important aspect in the management of civil engineering projects. The stabilit...
Many researchers have developed new calculation methods to analyze seismic slope stability problems,...
Earthen slopes experience considerable degradation in strength and stiffness during seismic activiti...
Slopes are usually constructed from soil, although natural soil or mixed soil are also in use or hav...
Slopes are usually constructed from soil, although natural soil or mixed soil are also in use or hav...
This paper adopts the kinematic theorem of limit analysis to assess the seismic stability of a two-s...
The seismic stability of earth slopes has been a topic of considerable interest in geotechnical engi...