In this article, the results of a series of carefully conducted laboratory test program were represented to determine the small strain shear modulus of sand mixed with a range of kaolinite including zero to 30%. This was experimentally achieved using a triaxial cell equipped with bender element. Results indicate that small shear modulus tends to increase, while clay content decreases and effective confining pressure increases. The exponent of stress in the power model regression analysis was not sensitive to the amount of clay content for all sand clay mixtures, while coefficient A was directly affected by change in clay content
The shear modulus (G) of two different bentonites was measured by means of a resonant column apparat...
In this study, the small strain shear modulus of a calcareous sand was investigated by conducting be...
The small-strain shear modulus (Gmax) is a soil property that has many practical applications. The a...
To study the small strain shear modulus (Gmax) of saturated sand-silt mixed soil materials, a series...
In this study, to examine the effect of the fabric anisotropy on elastic moduli (shear and Young's m...
This study investigates the effect of non-plastic fines on the anisotropic smalls strain stiffness o...
ABSTRACT: In this study, to examine the effect of the fabric anisotropy on elastic moduli (shear and...
In this study, the small strain shear modulus of a calcareous sand was investigated by conducting be...
Shear modulus and damping ratio are important input parameters in dynamic analysis. A series of reso...
The paper illustrates the use of Bender Element (BE) technique to monitor the development of smallst...
The paper illustrates the use of Bender Element (BE) technique to monitor the development of smallst...
The paper illustrates the use of Bender Element (BE) technique to monitor the development of smallst...
A simple nondestructive technique was used as an alternative method to monitor the hardening of ceme...
The paper illustrates the use of Bender Element (BE) technique to monitor the development of smallst...
The shear modulus (G) of two different bentonites was measured by means of a resonant column apparat...
The shear modulus (G) of two different bentonites was measured by means of a resonant column apparat...
In this study, the small strain shear modulus of a calcareous sand was investigated by conducting be...
The small-strain shear modulus (Gmax) is a soil property that has many practical applications. The a...
To study the small strain shear modulus (Gmax) of saturated sand-silt mixed soil materials, a series...
In this study, to examine the effect of the fabric anisotropy on elastic moduli (shear and Young's m...
This study investigates the effect of non-plastic fines on the anisotropic smalls strain stiffness o...
ABSTRACT: In this study, to examine the effect of the fabric anisotropy on elastic moduli (shear and...
In this study, the small strain shear modulus of a calcareous sand was investigated by conducting be...
Shear modulus and damping ratio are important input parameters in dynamic analysis. A series of reso...
The paper illustrates the use of Bender Element (BE) technique to monitor the development of smallst...
The paper illustrates the use of Bender Element (BE) technique to monitor the development of smallst...
The paper illustrates the use of Bender Element (BE) technique to monitor the development of smallst...
A simple nondestructive technique was used as an alternative method to monitor the hardening of ceme...
The paper illustrates the use of Bender Element (BE) technique to monitor the development of smallst...
The shear modulus (G) of two different bentonites was measured by means of a resonant column apparat...
The shear modulus (G) of two different bentonites was measured by means of a resonant column apparat...
In this study, the small strain shear modulus of a calcareous sand was investigated by conducting be...
The small-strain shear modulus (Gmax) is a soil property that has many practical applications. The a...