Since clayey soils naturally present low mechanical strength, they pose direct challenges for
engineering applications. Finding appropriate soil stabilizers to address the challenges …

This study investigated the use of phosphogypsum (PG) in the long term as a construction
material, especially in pavement structures. This study aimed to investigate the effect of …

This study was aimed at developing novel functional construction materials with NOx
removal capabilities using TiO 2 powder. To this end, the effects of the chemical composition …

Chemical stabilization is a commonly used technique for ground improvement. Traditional
methods of chemical soil stabilization rely on additives such as cement and lime, which are …

This research investigates the effect of soaking times, number of wetting-drying (WD) cycles,
saturation levels, sample dimensions, and cement contents on the durability performance of …

ABSTRACT Microbially Induced Calcite Precipitation (MICP) is an eco-friendly method for
improving sandy soils, relying on micro-organisms that require nitrogen and essential …

The compressive strength of cement-treated soil is known as the most crucial factor, which
governs the quality of cement-treated soils. Indeed, many factors affect the compressive …

This research study is about the evaluation of mechanical properties of locally prepared
Cored 6” self-interlocking blocks. Currently, all the construction practices, whether brick …

The improvement in soil properties has always been a task of utmost importance. These
days, more and more investigation is done over Nano particles as they tend to improve the …

Since clayey soils naturally present low mechanical strength, they pose direct challenges for
engineering applications. Finding appropriate soil stabilizers to address the challenges …