This paper describes the immediate settlement of uniformly loaded rough ring footings with any stiffness on an inhomogeneous finite layer overlying a rough rigid base, which is not yet covered in the literature. Numerical solutions for a wide range of geometric and material combinations are obtained by finite element method. The effects of dimensionless parameters related to footing internal opening, compressibility, footing stiffness, finite layer thickness and soil inhomogeneity are examined. Based on the results, design charts are presented in the form of settlement influence factors that can be used to calculate the immediate settlements at the inner and outer points of ring footings
Ring footings are suitable for the structures like tall transmission towers, chimneys, silos and oil...
A new method is presented for calculation of settlement under any rigid foundation. The method essen...
The effects of foundation rigidity and applied stress on the distributions of contact stresses benea...
This paper describes the immediate settlement of uniformly loaded rough ring footings with any stiff...
AbstractIn this paper, numerical computations using the finite difference method are carried out in ...
Settlement of a semi- infinite, homogenous soil stratum due to various loading types and shapes is r...
Settlement of a semi- infinite, homogenous soil stratum due to various loading types and shapes is r...
Solutions to calculate the settlement of footings resting on a semi-infinite or finite soil layer ar...
Structures are commonly founded on layered soil deposits. In this study, settlement due to a circula...
Structures are commonly founded on layered soil deposits. In this study, settlement due to a circula...
In this paper, it was presented an investigation on the load-settlement and vertical stress analysis...
Many studies are available on the settlement analysis of footings on a homogeneous soil deposit unde...
Many studies are available on the settlement analysis of footings on a homogeneous soil deposit unde...
This paper utilizes a finite element analysis to study the bearing capacity of ring footings on a tw...
In this paper, a numerical study is undertaken on the settlement response of two nearby flexible loa...
Ring footings are suitable for the structures like tall transmission towers, chimneys, silos and oil...
A new method is presented for calculation of settlement under any rigid foundation. The method essen...
The effects of foundation rigidity and applied stress on the distributions of contact stresses benea...
This paper describes the immediate settlement of uniformly loaded rough ring footings with any stiff...
AbstractIn this paper, numerical computations using the finite difference method are carried out in ...
Settlement of a semi- infinite, homogenous soil stratum due to various loading types and shapes is r...
Settlement of a semi- infinite, homogenous soil stratum due to various loading types and shapes is r...
Solutions to calculate the settlement of footings resting on a semi-infinite or finite soil layer ar...
Structures are commonly founded on layered soil deposits. In this study, settlement due to a circula...
Structures are commonly founded on layered soil deposits. In this study, settlement due to a circula...
In this paper, it was presented an investigation on the load-settlement and vertical stress analysis...
Many studies are available on the settlement analysis of footings on a homogeneous soil deposit unde...
Many studies are available on the settlement analysis of footings on a homogeneous soil deposit unde...
This paper utilizes a finite element analysis to study the bearing capacity of ring footings on a tw...
In this paper, a numerical study is undertaken on the settlement response of two nearby flexible loa...
Ring footings are suitable for the structures like tall transmission towers, chimneys, silos and oil...
A new method is presented for calculation of settlement under any rigid foundation. The method essen...
The effects of foundation rigidity and applied stress on the distributions of contact stresses benea...