The objective of this thesis is to determine the relative shear strengths of halloysite, kaolinite, synthetic mixtures, and local soils, to investigate the influence of halloysite content on the shear strength of kaolinite, and to explore the possibility that the strength properties of soil clays might be controlled by the relative content of their component minerals
This paper reports experimental results relative to the influence of pore fluid composition on the p...
This paper reports the results of some laboratory shear tests aimed at evaluating the influence of t...
This paper reports the effects of structure on the mechanical responses of kaolinite with known and ...
This paper deals with the shear strength characteristics of saturated, remoulded, montmorillonite an...
This paper investigates the effect of clay content on the shear strength of clay–sand mixtures. Bent...
Thirty four samples were prepared with different combination of bentonite, kaolin and standard sand....
The residual strength of clays is affected by their mineral composition and by the nature of their c...
Present day knowledge of soil strength is limited to conditions favouring static or quasi-static loa...
ABSTRACT: The clay mineral composition is one of the factors that affect he physical properties of ...
More than one hundred sets of direct shear tests were conducted on soils composed of four reference ...
The relationship between the undrained shear strength and the water content ofcohesive soils can be ...
The impact of clay mineralogy on engineering properties relevant to road design, such as the strengt...
This Paper discusses the mechanisms controlling the shear strength behaviour of saturated kaolinite ...
The undrained shear strength behaviour of kaolinitic soils is shown to be quite opposite to that obs...
International audienceOnly few data are available concerning the effect of the four main clay minera...
This paper reports experimental results relative to the influence of pore fluid composition on the p...
This paper reports the results of some laboratory shear tests aimed at evaluating the influence of t...
This paper reports the effects of structure on the mechanical responses of kaolinite with known and ...
This paper deals with the shear strength characteristics of saturated, remoulded, montmorillonite an...
This paper investigates the effect of clay content on the shear strength of clay–sand mixtures. Bent...
Thirty four samples were prepared with different combination of bentonite, kaolin and standard sand....
The residual strength of clays is affected by their mineral composition and by the nature of their c...
Present day knowledge of soil strength is limited to conditions favouring static or quasi-static loa...
ABSTRACT: The clay mineral composition is one of the factors that affect he physical properties of ...
More than one hundred sets of direct shear tests were conducted on soils composed of four reference ...
The relationship between the undrained shear strength and the water content ofcohesive soils can be ...
The impact of clay mineralogy on engineering properties relevant to road design, such as the strengt...
This Paper discusses the mechanisms controlling the shear strength behaviour of saturated kaolinite ...
The undrained shear strength behaviour of kaolinitic soils is shown to be quite opposite to that obs...
International audienceOnly few data are available concerning the effect of the four main clay minera...
This paper reports experimental results relative to the influence of pore fluid composition on the p...
This paper reports the results of some laboratory shear tests aimed at evaluating the influence of t...
This paper reports the effects of structure on the mechanical responses of kaolinite with known and ...
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