In this paper, it was presented an investigation on the load-settlement and vertical stress analysis of the ring footings on the loose sand bed by conducting both laboratory model tests and numerical analyses. A total of twenty tests were conducted in geotechnical laboratory and numerical analyses of the test models were carried out using the finite element package Plaxis 3D to find the ultimate capacities of the ring footings. Moreover, the results obtained from both foregoing methods were compared with theoretical results given in the literature. The effects of the ring width on bearing capacity of the footings and vertical stresses along the depth were investigated. Consequently, the experimental observations are in a very good agreement...
Shallow foundations are extensively used to support structures of all sizes in order to safely trans...
A number of works have been carried out for the evaluation of a ultimate bearing capacity of shallow...
Currently, many formulas are used to calculate the ultimate bearing capacity. However, these formula...
Ring foundations are often adopted for large and tall structures to resist lateral loads and to incr...
Numerical predictions of the ultimate bearing capacity of ring foundations supported by a sand bed w...
This paper utilizes a finite element analysis to study the bearing capacity of ring footings on a tw...
This paper investigates the effects of the footing loading position and the footing radii ratio (ri/...
7th European Conference on Numerical Methods in Geotechnical Engineering, NUMGE 2010 --2 June 2010 t...
Bu çalışmada, deneylerde farklı çaplarda model halka temeller ile çift yönlü geogrid donatılar kulla...
A experimental investigation into the ultimate bearing capacity of ring foundations supported by a s...
The stress characteristics method (SCM) has been used to compute the bearing capacity of smooth and ...
The bearing capacity of closely spaced shallow footings alters with their spacing and the shape of f...
Purpose: The paper presents an experimental and numerical study to evaluate the bearing capacity of ...
The bearing capacity factor $N_{\gamma}$ was determined for both smooth and rough ring footings usin...
The bearing capacity factor $N_{\gamma}$ was determined for both smooth and rough ring footings usin...
Shallow foundations are extensively used to support structures of all sizes in order to safely trans...
A number of works have been carried out for the evaluation of a ultimate bearing capacity of shallow...
Currently, many formulas are used to calculate the ultimate bearing capacity. However, these formula...
Ring foundations are often adopted for large and tall structures to resist lateral loads and to incr...
Numerical predictions of the ultimate bearing capacity of ring foundations supported by a sand bed w...
This paper utilizes a finite element analysis to study the bearing capacity of ring footings on a tw...
This paper investigates the effects of the footing loading position and the footing radii ratio (ri/...
7th European Conference on Numerical Methods in Geotechnical Engineering, NUMGE 2010 --2 June 2010 t...
Bu çalışmada, deneylerde farklı çaplarda model halka temeller ile çift yönlü geogrid donatılar kulla...
A experimental investigation into the ultimate bearing capacity of ring foundations supported by a s...
The stress characteristics method (SCM) has been used to compute the bearing capacity of smooth and ...
The bearing capacity of closely spaced shallow footings alters with their spacing and the shape of f...
Purpose: The paper presents an experimental and numerical study to evaluate the bearing capacity of ...
The bearing capacity factor $N_{\gamma}$ was determined for both smooth and rough ring footings usin...
The bearing capacity factor $N_{\gamma}$ was determined for both smooth and rough ring footings usin...
Shallow foundations are extensively used to support structures of all sizes in order to safely trans...
A number of works have been carried out for the evaluation of a ultimate bearing capacity of shallow...
Currently, many formulas are used to calculate the ultimate bearing capacity. However, these formula...