Add to ORKGIt has been determined experimentally that the content of loosely bound and strongly bound water and hydroxyl groups and the mass recrystallization of minerals is controlled not only by the composition, structure and properties of the crystal lattice of montmorillonite and kaolinite clays, but also by the pressures under which the clay sample had been formed
Intrinsic compression behaviour of an expansive clay from Western Australia is investigated using th...
The paper examines the role of physico-chemical factors in the consistency limits and compressibilit...
The possible physical and chemical forces controlling the volume change behavior of kaolinite [1318-...
The consolidation characteristics of clays are controlled by mechanical and physico-chemical effects...
The mass loss of a bound water of the kaolin clay subjected to high-pressure compression was studied...
International audienceOnly few data are available concerning the effect of the four main clay minera...
Relevance. Water is the most important component of soils, as it influences the main geological proc...
This paper analyses the influence of mineral composition, pore fluid composition and stress state on...
This paper analyses the influence of mineral composition, pore fluid composition and stress state on...
This paper analyses the influence of mineral composition, pore fluid composition and stress state on...
The virgin compression of reconstituted clays is essential for assessing soil structure developed du...
We conducted dynamic viscoelastic measurements on three clay minerals, kaolinite, illite and smectit...
International audienceForty-eight consolidometer tests were performed on various natural clays and a...
International audienceForty-eight consolidometer tests were performed on various natural clays and a...
This investigation deals with the mechanisms con- trolling the one-dimensional volume change beha- v...
Intrinsic compression behaviour of an expansive clay from Western Australia is investigated using th...
The paper examines the role of physico-chemical factors in the consistency limits and compressibilit...
The possible physical and chemical forces controlling the volume change behavior of kaolinite [1318-...
The consolidation characteristics of clays are controlled by mechanical and physico-chemical effects...
The mass loss of a bound water of the kaolin clay subjected to high-pressure compression was studied...
International audienceOnly few data are available concerning the effect of the four main clay minera...
Relevance. Water is the most important component of soils, as it influences the main geological proc...
This paper analyses the influence of mineral composition, pore fluid composition and stress state on...
This paper analyses the influence of mineral composition, pore fluid composition and stress state on...
This paper analyses the influence of mineral composition, pore fluid composition and stress state on...
The virgin compression of reconstituted clays is essential for assessing soil structure developed du...
We conducted dynamic viscoelastic measurements on three clay minerals, kaolinite, illite and smectit...
International audienceForty-eight consolidometer tests were performed on various natural clays and a...
International audienceForty-eight consolidometer tests were performed on various natural clays and a...
This investigation deals with the mechanisms con- trolling the one-dimensional volume change beha- v...
Intrinsic compression behaviour of an expansive clay from Western Australia is investigated using th...
The paper examines the role of physico-chemical factors in the consistency limits and compressibilit...
The possible physical and chemical forces controlling the volume change behavior of kaolinite [1318-...