Dredged sediments excavated or removed from reservoirs are classified as waste materials.
The reuse of dredged sediments as road materials is an interesting solution to …

This study investigates the performance of sustainable use of recycled-glass powder (GP) in
soil improvement. The porosity/cement ratio (η/C iv) and curing time are employed to study …

In this study, systematic investigations were conducted to solidify dredged marine sediments
using the low-carbon composite binder made by mixing Ordinary Portland and calcium …

Recent studies present the effects of freeze–thaw cycles (F–T) and porosity/cement ratio
(η/C iv) on the strength and durability of chemically stabilized soils. However, the effects of …

Methodologies for dosing fine/coarse-grained soils with cement using the porosity/cement
ratio (η/C iv) have mainly focused on the nonoptimal compaction conditions to calculate the …

For practical deployment of lime-stabilized subgrade in the engineering field, laboratory and
field-based pavement design studies highlight the significance of simpler preparation and …

In the present study, unconfined compressive strength (qu) values of two lime-treated soils
(soil 1 and 2) with curing times of 28 d, 90 d and 360 d were optimized. The influence of …

A massive amount of industrial waste is readily available for civil engineering works.
However, even a small amount can cause serious ecological problems. Global warming, on …

Soil–cement materials are widely used in civil engineering. Previous studies described
problems related to errors in ultrasonic measurements of the unconfined compressive …

Recently, several studies introduced alternative binders or waste-based geomaterials that
can be incorporated into the soil to enhance a parent soil's strength, durability, and stiffness …