Slope stability analyzes can be performed based on: (a) the limit equilibrium; and (b) the stress-strain behavior of the soil mass. The evalua tion of the risk of slope failure can be performed through probabilistic approaches, generat ing random values and assuming specific probability distributions for the geotechnical para meters of interest. This research aims to develop and implement a methodology for assessing t he risk of slope failure in earth dams, through applying the rules of operation with fuzzy numbers to the expressions for the factor of safety of Fellenius (1936) and Bishop Simplified (1 955) methods, as an alternative to probabilistic me...
Slope instability is one of the most common forms of dam failure. The commonly used slope stability ...
Dissertação de mestrado integrado em Engenharia Civil (área de especialização em Estruturas e Geotec...
This paper introduces a methodology in which the fuzzy theory has been used along with numerical mod...
The evolution of slope stability analysis in geotechnical engineering has followed closely the devel...
Piping has been constituted, around the world, as one of the main types of faults in earth dams, tha...
A estabilidade de taludes naturais é um tema de grande interesse ao engenheiro geotécnico, face às s...
A evoluÃÃo das anÃlises de estabilidade de taludes na Engenharia GeotÃcnica segue de perto o desenvo...
Traditional slope stability analysis mostly adopts the limit equilibrium method, which predetermines...
Determining the anti-sliding instability risk of earth–rock dams involves the analysis of complex un...
AbstractSustainable stable slope for flood protection systems are of continuing interest, especially...
The stability of slopes is a topic of great interest to the geotechnical engineer, given the signifi...
The stability of slopes is a topic of great interest to the geotechnical engineer, given the signifi...
With the passage of time, the population has depended on works for the storage of water for the per...
Embankment dams are widely used as water-retaining structures through the world. Two principal struc...
Uncertainties of soil properties are widely encountered in the field of geotechnical engineering esp...
Slope instability is one of the most common forms of dam failure. The commonly used slope stability ...
Dissertação de mestrado integrado em Engenharia Civil (área de especialização em Estruturas e Geotec...
This paper introduces a methodology in which the fuzzy theory has been used along with numerical mod...
The evolution of slope stability analysis in geotechnical engineering has followed closely the devel...
Piping has been constituted, around the world, as one of the main types of faults in earth dams, tha...
A estabilidade de taludes naturais é um tema de grande interesse ao engenheiro geotécnico, face às s...
A evoluÃÃo das anÃlises de estabilidade de taludes na Engenharia GeotÃcnica segue de perto o desenvo...
Traditional slope stability analysis mostly adopts the limit equilibrium method, which predetermines...
Determining the anti-sliding instability risk of earth–rock dams involves the analysis of complex un...
AbstractSustainable stable slope for flood protection systems are of continuing interest, especially...
The stability of slopes is a topic of great interest to the geotechnical engineer, given the signifi...
The stability of slopes is a topic of great interest to the geotechnical engineer, given the signifi...
With the passage of time, the population has depended on works for the storage of water for the per...
Embankment dams are widely used as water-retaining structures through the world. Two principal struc...
Uncertainties of soil properties are widely encountered in the field of geotechnical engineering esp...
Slope instability is one of the most common forms of dam failure. The commonly used slope stability ...
Dissertação de mestrado integrado em Engenharia Civil (área de especialização em Estruturas e Geotec...
This paper introduces a methodology in which the fuzzy theory has been used along with numerical mod...