AbstractThe paper presents results of laboratory unconfined and confined shear tests. Tests were conducted on samples of clays taken from depth 100-300 meters below ground level. All confined tests were performed in triaxial apparatus following TXCIU procedure. Selected samples were tested in overconsolidation state. The OCR ratio values ranged from 3 to 28. Values of uniaxial compressive strength qu and undrained shear strength cu were established for each OCR ratio. The normalization procedure was done and the normalized ratio cu/σ’vc and qu/σ’vc were obtained. The results were compared with SHANSEP equation. The analysis shows that SHANSEP equation can be used for natural clayey soils in heavily overconsolidated state
This paper presents an interpretation technique to quantify the effects of compaction state and matr...
The undrained shear strength (cu) is considered one of the most basic parameter characterizing soils...
In the early days of Soil Mechanics and Foundation Engineering, two important assumptions were made ...
It has been known for a long time now that in soft and sensitive clays undrained failure occurs appa...
Relationship between undrained shear strength (Su) and over consolidation ratio (OCR) of clay soil (...
International audienceThe paper summarizes the results from undrained triaxial compression tests on ...
Clay soil is known to create many problems in civil engineering works specifically from the design, ...
The determination of the undrained shear strength of clays relies upon the goodness of the available...
This paper discusses a method for calculating the "true" undrained strength ratio, (cu/p)ss, and the...
This paper examines the possibility of normalizing the undrained shear strength behavior of clay sha...
In this paper, strength and deformation characteristics of unsaturated clays are examined. First, au...
513-520In this research, the shear strength of the blue-green soft silty-clays in Konyaaltı (Antalya...
© 2018, Int. J. of GEOMATE. Twenty-four direct shear tests were conducted on remolded/reconstituted ...
A laboratory investigation was carried out to study the compressibility characteristic of heavily ov...
The short term stability condition of cuts in clay and embankments on clay is generally assessed on ...
This paper presents an interpretation technique to quantify the effects of compaction state and matr...
The undrained shear strength (cu) is considered one of the most basic parameter characterizing soils...
In the early days of Soil Mechanics and Foundation Engineering, two important assumptions were made ...
It has been known for a long time now that in soft and sensitive clays undrained failure occurs appa...
Relationship between undrained shear strength (Su) and over consolidation ratio (OCR) of clay soil (...
International audienceThe paper summarizes the results from undrained triaxial compression tests on ...
Clay soil is known to create many problems in civil engineering works specifically from the design, ...
The determination of the undrained shear strength of clays relies upon the goodness of the available...
This paper discusses a method for calculating the "true" undrained strength ratio, (cu/p)ss, and the...
This paper examines the possibility of normalizing the undrained shear strength behavior of clay sha...
In this paper, strength and deformation characteristics of unsaturated clays are examined. First, au...
513-520In this research, the shear strength of the blue-green soft silty-clays in Konyaaltı (Antalya...
© 2018, Int. J. of GEOMATE. Twenty-four direct shear tests were conducted on remolded/reconstituted ...
A laboratory investigation was carried out to study the compressibility characteristic of heavily ov...
The short term stability condition of cuts in clay and embankments on clay is generally assessed on ...
This paper presents an interpretation technique to quantify the effects of compaction state and matr...
The undrained shear strength (cu) is considered one of the most basic parameter characterizing soils...
In the early days of Soil Mechanics and Foundation Engineering, two important assumptions were made ...