A footing on the crest of a slope may be considered as either a slope stability or a bearing capacity problem. Traditional slope stability analysis delivers the safety factor with respect to shear strength, while traditional bearing capacity analysis delivers the safety factor with respect to loading. These two strategies indicate quite different safety levels, even when applied to the same problem. Eurocode 7 (EC7) allows for the use of both strategies. Indeed, in the limit state framework of EC7 slope stability and bearing capacity problems do not share the same partial factors. Since, EC7 does not have a special provision for the problem of a footing on the crest of slope, the question whether it is a bearing capacity or a slope s...
Structures are often constructed on slopes in hilly regions, which results in a lack of soil support...
A super-imposed mathematical equation is developed for investigating the bearing capacity of foundat...
This paper deals with a back analysis of a slope failure. The case history investigated is located i...
The behaviour of a footing affected significantly with the presence of the slope. The effect of slop...
In this paper, finite element analysis is used to investigate ultimate undrained bearing capacity of...
The author's recently published theory of the bearing capacity of foundations on level ground is ext...
In traditional allowable stress design, as known, the safety factor is calculated with respect to sh...
The assessment of the ultimate bearing capacity of foundations adjacent to slopes is complex as it i...
The bearing capacity of the foundation is a primary concern in the field of foundation engineering. ...
In several field situations, especially in the hilly terrains, the construction of footings on slope...
In 1920 Prandtl published an analytical solution for the bearing capacity of a soil under a strip lo...
The writers wish to acknowledge the support of NSF Grant No. CMMI-0970122 on GOALI: Probabilistic Ge...
Construction of civil engineering structures on or next to a slope requires special attention to mee...
Limit analysis uses the lower and upper bound theorems of plasticity theory to find the rigorous low...
In the 2D finite element slope stability analysis, there are two commonly used definitions on the fa...
Structures are often constructed on slopes in hilly regions, which results in a lack of soil support...
A super-imposed mathematical equation is developed for investigating the bearing capacity of foundat...
This paper deals with a back analysis of a slope failure. The case history investigated is located i...
The behaviour of a footing affected significantly with the presence of the slope. The effect of slop...
In this paper, finite element analysis is used to investigate ultimate undrained bearing capacity of...
The author's recently published theory of the bearing capacity of foundations on level ground is ext...
In traditional allowable stress design, as known, the safety factor is calculated with respect to sh...
The assessment of the ultimate bearing capacity of foundations adjacent to slopes is complex as it i...
The bearing capacity of the foundation is a primary concern in the field of foundation engineering. ...
In several field situations, especially in the hilly terrains, the construction of footings on slope...
In 1920 Prandtl published an analytical solution for the bearing capacity of a soil under a strip lo...
The writers wish to acknowledge the support of NSF Grant No. CMMI-0970122 on GOALI: Probabilistic Ge...
Construction of civil engineering structures on or next to a slope requires special attention to mee...
Limit analysis uses the lower and upper bound theorems of plasticity theory to find the rigorous low...
In the 2D finite element slope stability analysis, there are two commonly used definitions on the fa...
Structures are often constructed on slopes in hilly regions, which results in a lack of soil support...
A super-imposed mathematical equation is developed for investigating the bearing capacity of foundat...
This paper deals with a back analysis of a slope failure. The case history investigated is located i...