Shear strength is the one of the most fundamental issues in the study of unsaturated soils. Different strength equations have been proposed for predicting shear strength of unsaturated soils. Some of these equations are based on regression of experimental data, while some of them are embodied in more complex stress-strain constitutive models. In this paper, a number of shear strength equations for unsaturated soils are examined and compared with experimental data. Data for both air-dried and compacted specimens are used in the comparison. The advantages and limitations associated with different equations are discussed
This paper proposes a new water retention model for unsaturated soils, which takes into account capi...
Many research works have been carried out to develop equations for shear strength of unsaturated soi...
ABSTRACT Several semi-empirical models are available in the literature to predict the shear strength...
Shear strength is the one of the most fundamental issues in the study of unsaturated soils. Differen...
Shear strength is a key engineering property required in the design of several geotechnical structur...
In recent years, several investigators have developed semi-empirical procedures for predicting the s...
Compacted soils constitute most engineering projects such as earth dams, embankments, pavements, and...
Unsaturated soil shear strength is a significant topic in geotechnical engineering. The measurement ...
The shear strength of a soil is an important engineering property that is required in various geotec...
A central goal in unsaturated soil mechanics research is to create a smooth transition between tradi...
The shear strength property of unsaturated soil is of great concern to geotechnical engineers. The e...
The shear strength of an unsaturated soil can be predicted with a semi-empirical shear strength func...
The more rigorous approach on the behavior of unsaturated soils using two independent stress state v...
The model recently presented by Sheng, Fredlund, and Gens, known as the SFG model, provides a consis...
The model recently presented by Sheng, Fredlund, and Gens, known as the SFG model, provides a consis...
This paper proposes a new water retention model for unsaturated soils, which takes into account capi...
Many research works have been carried out to develop equations for shear strength of unsaturated soi...
ABSTRACT Several semi-empirical models are available in the literature to predict the shear strength...
Shear strength is the one of the most fundamental issues in the study of unsaturated soils. Differen...
Shear strength is a key engineering property required in the design of several geotechnical structur...
In recent years, several investigators have developed semi-empirical procedures for predicting the s...
Compacted soils constitute most engineering projects such as earth dams, embankments, pavements, and...
Unsaturated soil shear strength is a significant topic in geotechnical engineering. The measurement ...
The shear strength of a soil is an important engineering property that is required in various geotec...
A central goal in unsaturated soil mechanics research is to create a smooth transition between tradi...
The shear strength property of unsaturated soil is of great concern to geotechnical engineers. The e...
The shear strength of an unsaturated soil can be predicted with a semi-empirical shear strength func...
The more rigorous approach on the behavior of unsaturated soils using two independent stress state v...
The model recently presented by Sheng, Fredlund, and Gens, known as the SFG model, provides a consis...
The model recently presented by Sheng, Fredlund, and Gens, known as the SFG model, provides a consis...
This paper proposes a new water retention model for unsaturated soils, which takes into account capi...
Many research works have been carried out to develop equations for shear strength of unsaturated soi...
ABSTRACT Several semi-empirical models are available in the literature to predict the shear strength...