The main objective of soil stabilization is to transform the soil into engineered soils that can
better support the loading of buildings, either prior to construction or following damages from …

Biopolymer treatment of geomaterials to develop sustainable geotechnical systems is an
important step towards the reduction of global warming. The cutting edge technology of …

Additives enhancing the fracture resistance of clay are of great importance to decrease
cracking potential of earth structures. With the promotion of environmental protection, eco …

Soil stabilization is widely used to favourably amend the soil behaviour. The use of
biopolymers to treat soil is not only an eco-friendly but is also a sustainable approach …

In the Kingdom of Saudi Arabia, the shallower depth of the earth's crust is composed of
loose dune or beach sand with soluble salts. The expansive behavior of salt bearing soil …

Dune sands are poorly graded collapsible soils lacking fines. This experimental study
explored the technical feasibility of sustainable invigoration of fine waste materials to …

The paper presents an experimental study on the strength behaviour of a coral gravelly sand
from Vietnam subjected to monotonic and cyclic loading. A series of direct shear tests were …

This research investigated the effect of reactant concentrations, reaction medium, urease
enzyme source, and calcium source on the precipitation rate of calcium carbonate (CaCO 3) …

Civil engineering infrastructures are commonly constructed on weak soil (eg, poor drainage
and low bearing capacity) and there need various reinforcement methods to efficiently …

Sandy soil formations are widespread around the globe, particularly in the Arabian
Peninsula. The Sandy formations were created as a result of long-term geological activities …