A comprehensive reservoir geomechanical analysis has been performed in the matured
giant El Morgan field, Gulf of Suez to assess the effect of hydrocarbon production on stress …

The critical state and steady state theories are widely accepted for simulating the soil
behavior and providing a basis for liquefaction evaluation and constitutive modeling …

Soil classification systems worldwide capture great physical insight and enable geotechnical
engineers to anticipate the properties and behavior of soils by grouping them into similar …

The management of overburden is an important task in open pit exploitations. Site
topography and morphology as well as geological and geotechnical properties of natural …

Microstructure showing the involvement of the fine and coarse grains in the soil skeleton is
evaluated. Incremental loading tests using a stress-dependent permeameter are conducted …

Microbial-induced calcium carbonate precipitation (MICP) is a sustainable soil improvement
method with the potential for improving the engineering properties of sand and silty soils and …

Although several empirical and analytical models are available to predict the threshold fines
content (f thr) for sand-silt mixtures, none of them considers the combined effects of particle …

The natural and artificial sand soils always incorporate other small particles, which makes
the soil liquefaction resistance difficult to predict. The particle size may change from 10− 5 m …

The results of an experimental study on sands with low-plastic silt content are presented.
Flexible wall permeameter tests, drained and undrained triaxial compression tests, one …

Abstract Study region Dudu station, Rajasthan, India Study focus Rainwater harvesting can
be used as a method to recharge aquifers. This can happen with a variety of scales and …