A novel investigation of the bearing capacity of ring footings embedded in undrained
anisotropic clays using a new hybrid soft computation technique that cooperates between …

Axisymmetric solutions for the bearing capacity of ring foundation resting on anisotropic and
heterogenous clays are presented in this paper using finite element analysis (FEA). The NGI …

A study was performed to investigate the bearing capacity of circular and ring footings on
reinforced sand by conducting laboratory model tests along with numerical analysis. The …

This paper examines the undrained vertical bearing capacity of a ring rough footing
embedded in heterogeneous soil. Stability solutions for a wide range of geometric and …

Due to heavy loads and the non-availability of suitable construction sites, engineers are
often required to place footings at close spacing. These footings influence each other …

This paper presents an experimental study of the behavior of an eccentrically loaded model
ring footing resting on a compacted replaced layer of sand that overlies an extended layer of …

This paper presents a study on the bearing capacity of eccentrically-loaded rough ring
footings resting over cohesionless soil. To this aim, a series of 3D numerical simulations …

A ring foundation is a cost-effective circular beam foundation that is used to support tall and
heavy circular onshore industrial structures, such as chimneys, cooling towers, storage …

The redistribution of stresses caused due to relative induced displacements of the soil
particles and the displacement between soil and structure is termed as soil arching. The …

Numerical predictions of the ultimate bearing capacity of ring foundations supported by a
sand bed with and without geogrid reinforcement are presented. Numerical analyses of the …