ABSTRACT: A convenient three-dimensional slope stability approach, presented in the accompanying paper, is applied to the analysis of the Lodalen landslide. Simple finite element stress and seepage analyses are employed to compute the three-dimensional factor of safety. The analysis shows that the three-dimensional factor of safety computed for the Lodalen landslide was 1.29 in average. The value obtained is 23 % higher than that obtained using two-dimensional solutions. The hypotheses and procedures adopted in the analyses are discussed and the validity of rigorous three-dimensional computations is evaluated
This thesis investigates the three-dimensional influence of discontinuity sets and topography on kin...
Slope stability analyses in practice mostly rely on limit equilibrium (LE) procedures rather than fi...
Slope stability is an important aspect in the management of civil engineering projects. The stabilit...
The applicability of 3-D slope stability analysis is discussed in the first part of the paper. A con...
The design of landslide stabilization interventions requires a careful analysis and modelling of the...
Slope stability analyses in practice mostly rely on limit equilibrium (LE) pro-cedures rather than f...
In 2015, a sudden landslide caused the failure of one of the pillars supporting the southern lanes o...
ABSTRACT: A practical three-dimensional slope stability approach is presented. Simple finite element...
Two-dimensional limit equilibrium types of analysis have been used in engineering practice for decad...
The landslides in the field often do not have an infinite length, making 3-dimensional assumptions m...
ments for the degree of Doctor of Science. This thesis investigates the three-dimensional stability ...
This paper uses finite element upper and lower bound limit analysis to produce chart solutions for t...
This paper uses finite element upper and lower bound limit analysis to produce chart solutions for t...
Most of the three-dimensional analyses of landslides are based on simple 2D methods analysing chosen...
This paper focuses on the importance of three-dimensional (3D) slope stability analyses in practice....
This thesis investigates the three-dimensional influence of discontinuity sets and topography on kin...
Slope stability analyses in practice mostly rely on limit equilibrium (LE) procedures rather than fi...
Slope stability is an important aspect in the management of civil engineering projects. The stabilit...
The applicability of 3-D slope stability analysis is discussed in the first part of the paper. A con...
The design of landslide stabilization interventions requires a careful analysis and modelling of the...
Slope stability analyses in practice mostly rely on limit equilibrium (LE) pro-cedures rather than f...
In 2015, a sudden landslide caused the failure of one of the pillars supporting the southern lanes o...
ABSTRACT: A practical three-dimensional slope stability approach is presented. Simple finite element...
Two-dimensional limit equilibrium types of analysis have been used in engineering practice for decad...
The landslides in the field often do not have an infinite length, making 3-dimensional assumptions m...
ments for the degree of Doctor of Science. This thesis investigates the three-dimensional stability ...
This paper uses finite element upper and lower bound limit analysis to produce chart solutions for t...
This paper uses finite element upper and lower bound limit analysis to produce chart solutions for t...
Most of the three-dimensional analyses of landslides are based on simple 2D methods analysing chosen...
This paper focuses on the importance of three-dimensional (3D) slope stability analyses in practice....
This thesis investigates the three-dimensional influence of discontinuity sets and topography on kin...
Slope stability analyses in practice mostly rely on limit equilibrium (LE) procedures rather than fi...
Slope stability is an important aspect in the management of civil engineering projects. The stabilit...