… properties is scarce and does not justify the use of a complex constitutive soil model and
a refined … So, the solution given by equation (2) is still valid, even for drained deformation …

… at given points of the soil massif for the case during drainage … the soil massif state at any
given time, without finding at … water-saturated ground masses subsidence during their drainage. …

… and drainage were proposed to locally mitigate soil liquefaction … deformations of the soils.
Detailed manual measurements of the model surface and box ring deformations were taken at …

… finite element analysis leads directly to a prediction of deformations … As it is compressed
the soil exhibits uniform linear stressstrain behaviour. Drainage within the soil may take place in …

… more real and adequately reflects the deformation processes studied in such environments,
… a mathematical model of the stress-strain state of a soil massif with a free surface under the …

… modulus of deformation of each constitutive soil models (… different settlement tanks after
modelling was then conducted with … surrounding massif represents a problem during tunnelling. …

… the stress-deformation state of soil massifs also acquires new … mathematical models of the
stress-deformed state of the soil … modelling of soil massif's deformations under its drainage. …

… models in the assessment of water saturated soil massifs’ deformations under their drainage
… state of a soil mass using the method of numerical conformal mappings has been fulfilled. …

… area and by diffuse infiltration from a soil reservoir in the rest of the massif. Lastly, since
groundwater is drained by temporary streams and springs during high water periods, overflow …

… features of high water content soils and is based on the theoretical formulation of the safety
factor when the massif is submerged, partly and fully emergent. When an element of the …