## Abstract The soil around a drain well is traditionally divided into smeared zone and undisturbed zone with constant hydraulic conductivity. In reality, hydraulic conductivity of the soil changes continuously and it may not be always appropriate to approximate its distribution with two zones. In
Analysis of soil consolidation by vertical drains with double porosity model
β Scribed by Xu-Sheng Wang; Jiu Jimmy Jiao
- Publisher
- John Wiley and Sons
- Year
- 2004
- Tongue
- English
- Weight
- 217 KB
- Volume
- 28
- Category
- Article
- ISSN
- 0363-9061
- DOI
- 10.1002/nag.391
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This paper presents a "nite element procedure for the analysis of consolidation of layered soils with vertical drain using general one-dimensional (1-D) constitutive models. In formulating the "nite element procedure, a Newton}Cotes-type integration formula is used to avoid the unsymmetry of the sti
## Abstract Vertical drains are usually installed in subsoil consisting of several layers. Due to the complex nature of the problem, over the past decades, the consolidation properties of multiβlayered ground with vertical drains have been analysed mainly by numerical methods. An analytical solutio
## Abstract This work deals with the numerical solution of a twoβdimensional doubleβporosity consolidation problem using a finite difference scheme. Stabilized discretizations using staggered grids in both space and time are proposed. A priori estimates for displacements and pressures in discrete e
Laboratory consolidation of structured clayey soils is analysed in this paper. The research is carried out by two di!erent methods. The "rst one treats the soil as an isotropic homogeneous equivalent Double Porosity (DP) medium. The second method rests on the extensive application of the Finite Elem