An approach which include fundamental analysis methods for the design of skirted footings under general combined loading, was analyzed. The use of two-dimensional finite element analysis results with scaling was shown to be a promising alternative to three-dimensional finite analysis for predicting ultimate limit states of circular skirted footings. Current industry guidance for designing offshore foundations was taken from established guidelines for onshore foundation design. The result show that the conventional bearing capacity, on which current industry guidelines are based, does not represent the observed conditions resulting in an oversight of potential load capacity.</p
AbstractSkirts are used to improve the bearing capacity of shallow footings on sandy soil by constra...
The bearing capacity of the foundation is reduced in combination with horizontal loads and moments, ...
Finite-element limit analysis is used to identify the critical internal skirt spacing for the undrai...
This paper presents results from a series of three-dimensional finite element analyses Investigating...
Finite element analysis is used to investigate the vertical bearing capacity of circular skirted fou...
Skirted foundations are being used increasingly for foundations of offshore structures, the popular ...
This thesis is concerned with four different types of offshore foundations, namely gravity foundatio...
Various solutions relating to the design of large offshore foundations are examined. Numerical solut...
Capacity analysis is a common preliminary step in the design of offshore foundations. Inaccuracies i...
AbstractShallow footings are subjected to lateral forces induced by earthquake movements, wind loads...
The lower- and upper-bound theorems of the limit analysis have been used in conjunction with finite ...
One of the most important factors for designing a safe foundation is the amount of bearing soil capa...
Shallow foundations behavior is improved by using skirts to confine the soil under the foundation be...
Combined loading of shallow foundations is particularly relevant in offshore engineering as wind and...
A foundation system may involve more than a single footing with an arrangement such that the footing...
AbstractSkirts are used to improve the bearing capacity of shallow footings on sandy soil by constra...
The bearing capacity of the foundation is reduced in combination with horizontal loads and moments, ...
Finite-element limit analysis is used to identify the critical internal skirt spacing for the undrai...
This paper presents results from a series of three-dimensional finite element analyses Investigating...
Finite element analysis is used to investigate the vertical bearing capacity of circular skirted fou...
Skirted foundations are being used increasingly for foundations of offshore structures, the popular ...
This thesis is concerned with four different types of offshore foundations, namely gravity foundatio...
Various solutions relating to the design of large offshore foundations are examined. Numerical solut...
Capacity analysis is a common preliminary step in the design of offshore foundations. Inaccuracies i...
AbstractShallow footings are subjected to lateral forces induced by earthquake movements, wind loads...
The lower- and upper-bound theorems of the limit analysis have been used in conjunction with finite ...
One of the most important factors for designing a safe foundation is the amount of bearing soil capa...
Shallow foundations behavior is improved by using skirts to confine the soil under the foundation be...
Combined loading of shallow foundations is particularly relevant in offshore engineering as wind and...
A foundation system may involve more than a single footing with an arrangement such that the footing...
AbstractSkirts are used to improve the bearing capacity of shallow footings on sandy soil by constra...
The bearing capacity of the foundation is reduced in combination with horizontal loads and moments, ...
Finite-element limit analysis is used to identify the critical internal skirt spacing for the undrai...