Geopolymers, or also known as alkali-activated binders, have recently emerged as a viable
alternative to conventional binders (cement) for soil stabilization. Geopolymers employ …

Applicability of geopolymer binder, as one of the environmentally friendly materials in
geotechnical constructions, can be evaluated by the compressive strength. Due to the …

This study presents an experimental study of engineering properties of soil stabilized with
cement and fly ash for layers in roadway construction. The fly ash was used in this study …

Liquefaction has caused many catastrophes during earthquakes in the past. The strain
energy-based method is one of the modern methods used to estimate liquefaction potential …

The utilization of fly ash (FA) and powdered granulated steel slag (PGSS) as additives in soil
stabilization plays a crucial role in environmental, economic, and weak soil property …

Soil stabilization using geopolymers is a new technique for improvement of weak cohesive
soils. Evaluating behavior of improved soils requires an initial estimation of strength …

Under dynamic loading, the geomechanical properties of porous clastic rocks differ from
those in quasistatic loading. A small experimental rig was built to directly assess the …

Evaluating behavior of earth dams under dynamic loads is one of the most important
problems associated with the initial design of such massive structures. This study focuses on …

The major decision in construction process involves the selection of suitable site with best
soil conditions, as structure resides in the soil. Most problematic soils like expansive soils …

The bearing capacity of foundations is one of the interesting subjects in geotechnical
engineering. In many cases, constructing foundations on natural or artificial soil slopes to …