Mechanisms of shrinkage and the conditions leading to cracking of drying soils are addressed. An elastic formulation of the hydro-mechanical drying problem is presented. It relies on the analogy which can be drawn between the desiccation process and thermo-elasticity. The validity of the analogy is discussed in the light of finite element simulations of air drying experiments on a rectangular soil slab resting on a substrate. Two kinds of tests are dealt with: free desiccation and substrate constrained desiccation tests, with different kinematic boundary conditions. The discussed model is able to reproduce some of the experimental observations
Damage induced by desiccation (i.e. drying and cracking) is a ubiquitous issue in waste storage engi...
Desiccation cracks are usually thought to start from the surface of an evaporating soil layer, and t...
Desiccation cracking of soils is of great importance to geotechnical and geoenvironmental engineerin...
Abstract: Mechanisms of shrinkage and the conditions leading to cracking of drying soils are address...
Mechanisms of shrinkage and the conditions leading to cracking of drying soils are addressed. An ela...
This paper is an experimental and numerical investigation of desiccation and the associated cracking...
Desiccation cracks are assumed to be the consequence of an excess of tensile stresses induced by shr...
In this paper, desiccation and the associated cracking are numerically and experimentally investigat...
This paper presents a numerical study of the desiccation processes of low-plasticity clayey soils th...
It is well known that clayey soils undergoing desiccation tend to shrink and eventually crack. Analy...
Numerical simulations for desiccation shrinking and cracking in fine-grained soil, based on Distinct...
International audienceA multi-scale, multi-physics sequence of processes is discussed as developing ...
International audienceThis paper presents a numerical study on the desiccation cracking process of c...
The formation and propagation of desiccation cracks in soil is an extremely complex phenomenon becau...
This article presents the results of an experimental research carried to investigate the mechanics o...
Damage induced by desiccation (i.e. drying and cracking) is a ubiquitous issue in waste storage engi...
Desiccation cracks are usually thought to start from the surface of an evaporating soil layer, and t...
Desiccation cracking of soils is of great importance to geotechnical and geoenvironmental engineerin...
Abstract: Mechanisms of shrinkage and the conditions leading to cracking of drying soils are address...
Mechanisms of shrinkage and the conditions leading to cracking of drying soils are addressed. An ela...
This paper is an experimental and numerical investigation of desiccation and the associated cracking...
Desiccation cracks are assumed to be the consequence of an excess of tensile stresses induced by shr...
In this paper, desiccation and the associated cracking are numerically and experimentally investigat...
This paper presents a numerical study of the desiccation processes of low-plasticity clayey soils th...
It is well known that clayey soils undergoing desiccation tend to shrink and eventually crack. Analy...
Numerical simulations for desiccation shrinking and cracking in fine-grained soil, based on Distinct...
International audienceA multi-scale, multi-physics sequence of processes is discussed as developing ...
International audienceThis paper presents a numerical study on the desiccation cracking process of c...
The formation and propagation of desiccation cracks in soil is an extremely complex phenomenon becau...
This article presents the results of an experimental research carried to investigate the mechanics o...
Damage induced by desiccation (i.e. drying and cracking) is a ubiquitous issue in waste storage engi...
Desiccation cracks are usually thought to start from the surface of an evaporating soil layer, and t...
Desiccation cracking of soils is of great importance to geotechnical and geoenvironmental engineerin...