Traditional stress dilatancy theory had been extensively used in constitutive modeling, and its application to clay was very successful. However it was found that this theory was not suitable for sand modeling due to the ignorance of internal state variable of materials in the definition of dilatancy equation. This problem had been recognized by some researchers in recent years, and some variables related to material state were combined into the dilatancy equation. The so called state-dependent dilatancy theory was suggested and applied in sand modeling. In this paper, the description of sand state, the development of dilatancy theory and constitutive modeling of sand behavior were introduced
A Sand is such a complex material that is initiated dilatancy with loading and is largely influenced...
The dilatancy behavior of rockfills is relate to the stress level, the initial state and particle br...
Many shear strength criteria have been proposed for soils. The Mohr–Coulomb, Matsuoka–Nakai, and Lad...
A comprehensive bounding surface sand model has been formulated within a critical-state framework. T...
Dilatancy is often considered a unique function of the stress ratio eta = q/p', in terms of the tria...
This paper discusses the state-dependent strength of sands from the perspective of unified modeling ...
Rowe's (1962) stress-dilatancy relationship for sand, and Schofield and Wroth (1968) (Roscoe et al.,...
A bounding-surface hypoplasticity model is modified to incorporate the basic premises of critical-st...
Although there is a large number of constitutive models for sand available in the literature it is b...
The paper describes the development of a constitutive model for a poorly graded sand, which was used...
This is the author accepted manuscript. The final version is available from the American Society of ...
Dilatancy is an essential sand response. Experimental and microstructural investigations have shown ...
This paper addresses the issue of sand dilatancy and the impact of fabric anisotropy. A platform mod...
For crushable calcareous sand, the stress-dilatancy curve has a significant turning hook around the ...
Unique features of behavior of granular materials make constitutive modeling of these materials a ch...
A Sand is such a complex material that is initiated dilatancy with loading and is largely influenced...
The dilatancy behavior of rockfills is relate to the stress level, the initial state and particle br...
Many shear strength criteria have been proposed for soils. The Mohr–Coulomb, Matsuoka–Nakai, and Lad...
A comprehensive bounding surface sand model has been formulated within a critical-state framework. T...
Dilatancy is often considered a unique function of the stress ratio eta = q/p', in terms of the tria...
This paper discusses the state-dependent strength of sands from the perspective of unified modeling ...
Rowe's (1962) stress-dilatancy relationship for sand, and Schofield and Wroth (1968) (Roscoe et al.,...
A bounding-surface hypoplasticity model is modified to incorporate the basic premises of critical-st...
Although there is a large number of constitutive models for sand available in the literature it is b...
The paper describes the development of a constitutive model for a poorly graded sand, which was used...
This is the author accepted manuscript. The final version is available from the American Society of ...
Dilatancy is an essential sand response. Experimental and microstructural investigations have shown ...
This paper addresses the issue of sand dilatancy and the impact of fabric anisotropy. A platform mod...
For crushable calcareous sand, the stress-dilatancy curve has a significant turning hook around the ...
Unique features of behavior of granular materials make constitutive modeling of these materials a ch...
A Sand is such a complex material that is initiated dilatancy with loading and is largely influenced...
The dilatancy behavior of rockfills is relate to the stress level, the initial state and particle br...
Many shear strength criteria have been proposed for soils. The Mohr–Coulomb, Matsuoka–Nakai, and Lad...