Utilization of industrial solid waste to develop binder and solidified waste soil, which can
achieve 'waste control by waste'. Based on the alkali-activated mechanism and interaction …

This study investigates the replacement of conventional stabilizers with eco-friendly
alternatives, with a specific focus on enhancing pavement subgrade applications. This …

Utilizing solid waste-based binder to solidify/stabilize (S/S) heavy metal contaminated soils
is a sustainable approach. This paper implemented microscopic tests on Cu (II)-doped paste …

Shape of soil grains has a major role in the characterization of its behavior. This important
feature has an appreciable impact on all mechanical properties of granular soils. In order to …

The weak soil stabilization using solid wastes is one of the most common solutions for
improving geotechnical characteristics as well as for problematic waste dum** in landfills …

This study is aimed at evaluating the performance of low-alkali activated clay-fly ash liners
as an environmentally friendly approach to attrap heavy metals cations and prevent the …

This research evaluates the performance of two low-and high-plasticity clays as the sole
precursors to develop alkaline activation at ambient temperature. NaOH solutions with …

Compressed stabilized earth blocks (CSEB) represent an eco-friendly substitute for
traditional building materials, predominantly utilizing earth. Municipal Solid Waste …

Cement is the most important binding agent used in soil stabilization and significantly
improves the strength and compressibility of soils. However, owing to the significant …

The frequent dry-wet cycles in the Loess Plateau can lead to the deterioration of fiber-
reinforced loess (FR loess), which in turn can cause collapse when exposed to rainfall …