This paper presents the state of the art report on available approaches to predicting the ultimate bearing capacity of two-layered soils. The article discusses three most popular methods, including the classical method, application of the finite element method and artificial neural network. Various approaches based on these three powerful tools are studied and their methodologies are discussed
This study is concerned with the bearing capacity of circular footings on a granular fill layer abov...
AbstractThe shortage of available and suitable construction sites in city centres has led to the inc...
The ultimate bearing capacity of shallow foundations subjected to axial vertical loads and resting o...
In this study, two different approaches are proposed to determine the ultimate bearing capacity of s...
This study investigates to provide a fast solution to the problem of bearing capacity in layered soi...
In this present paper a series of model footing tests has been conducted on layered soil. In this in...
In this paper, finite element analysis is used to predict the undrained bearing capacity of strip, s...
Copyright © 2008 Elsevier Ltd All rights reserved.In reality, footings are most likely to be founded...
The presence of soil in framed-structure analysis has shown great effects on the overall performance...
In the present work, we employed artificial neural network (ANN) that is optimized with two hybrid m...
This paper applies numerical limit analysis to evaluate the undrained bearing capacity of a rigid su...
The utilization of Artificial Neural Network (ANN) for bearing capacity estimation has some disadvan...
Urbanization is evident in some municipalities in Pampanga specifically in San Fernando and Santo To...
Extensive laboratory model tests were conducted on a strip foundation lying over sand bed subjected ...
This study outlines the applicability of four metaheuristic algorithms, namely, whale optimization a...
This study is concerned with the bearing capacity of circular footings on a granular fill layer abov...
AbstractThe shortage of available and suitable construction sites in city centres has led to the inc...
The ultimate bearing capacity of shallow foundations subjected to axial vertical loads and resting o...
In this study, two different approaches are proposed to determine the ultimate bearing capacity of s...
This study investigates to provide a fast solution to the problem of bearing capacity in layered soi...
In this present paper a series of model footing tests has been conducted on layered soil. In this in...
In this paper, finite element analysis is used to predict the undrained bearing capacity of strip, s...
Copyright © 2008 Elsevier Ltd All rights reserved.In reality, footings are most likely to be founded...
The presence of soil in framed-structure analysis has shown great effects on the overall performance...
In the present work, we employed artificial neural network (ANN) that is optimized with two hybrid m...
This paper applies numerical limit analysis to evaluate the undrained bearing capacity of a rigid su...
The utilization of Artificial Neural Network (ANN) for bearing capacity estimation has some disadvan...
Urbanization is evident in some municipalities in Pampanga specifically in San Fernando and Santo To...
Extensive laboratory model tests were conducted on a strip foundation lying over sand bed subjected ...
This study outlines the applicability of four metaheuristic algorithms, namely, whale optimization a...
This study is concerned with the bearing capacity of circular footings on a granular fill layer abov...
AbstractThe shortage of available and suitable construction sites in city centres has led to the inc...
The ultimate bearing capacity of shallow foundations subjected to axial vertical loads and resting o...