Earlier research found that for a carbonate sand shearing to extremely large strains allowed the soil to reach a stable grading; findings also reported by others for a limited range of sands, typically sedimentary and often weak grained. This paper describes similar tests on a soil of very different geological origin, a weathered soil, that confirms similar patterns of behaviour. Tests investigating factors affecting the final grading for both soils indicated small effects of shearing velocity but significant effects of the initial grading, highlighting that the final fractal dimension is not a constant
The present study investigates the shearing behavior of sands pertinent to liquefaction and critical...
AbstractA detailed investigation was carried out on a silty sand from Boštanj, Slovenia, in order to...
A thesis submitted to the Faculty of Engineering and Built Environment, University of the Witwatersr...
A series of ring shear tests were conducted to investigate the ultimate particle size distribution o...
The application of critical state framework depends on the presence of either a unique critical stat...
Many studies have demonstrated the fragility of calcareous sands even under small stresses. This bea...
This paper presents the results of direct shear test on sand paper reinforced and un-reinforced poor...
In this paper, we examine the role of grain mineralogy and compressibility, sample preparation, and ...
The mechanical consequences of internal erosion (suffusion) on a gap-graded soil are investigated. ...
Granular materials reach critical states upon shearing. The position and shape of a critical state l...
In geotechnical engineering field, the behaviour of soil does rely much on the shear strength for de...
Shear strength and the permeability in a soil mass are two prime parameters that characterize the ge...
Soils originating from weathering processes present considerable heterogeneity in their composition,...
Triaxial tests are widely used to determine the behavior and strength characteristics of soils witho...
AbstractTwo model soils, one made from sand with plastic fines and one made from sand with non-plast...
The present study investigates the shearing behavior of sands pertinent to liquefaction and critical...
AbstractA detailed investigation was carried out on a silty sand from Boštanj, Slovenia, in order to...
A thesis submitted to the Faculty of Engineering and Built Environment, University of the Witwatersr...
A series of ring shear tests were conducted to investigate the ultimate particle size distribution o...
The application of critical state framework depends on the presence of either a unique critical stat...
Many studies have demonstrated the fragility of calcareous sands even under small stresses. This bea...
This paper presents the results of direct shear test on sand paper reinforced and un-reinforced poor...
In this paper, we examine the role of grain mineralogy and compressibility, sample preparation, and ...
The mechanical consequences of internal erosion (suffusion) on a gap-graded soil are investigated. ...
Granular materials reach critical states upon shearing. The position and shape of a critical state l...
In geotechnical engineering field, the behaviour of soil does rely much on the shear strength for de...
Shear strength and the permeability in a soil mass are two prime parameters that characterize the ge...
Soils originating from weathering processes present considerable heterogeneity in their composition,...
Triaxial tests are widely used to determine the behavior and strength characteristics of soils witho...
AbstractTwo model soils, one made from sand with plastic fines and one made from sand with non-plast...
The present study investigates the shearing behavior of sands pertinent to liquefaction and critical...
AbstractA detailed investigation was carried out on a silty sand from Boštanj, Slovenia, in order to...
A thesis submitted to the Faculty of Engineering and Built Environment, University of the Witwatersr...