The primary challenges in metropolitan planning, selection of sites, and develo**
preemptive safety measures lie in the characterization and precise appraisal of underground …

One potentially dangerous byproduct of marble-cutting plants is fine marble dust (FMD),
which must be disposed of carefully. Its advantageous use as a building material will …

The precise evaluation of subsurface soil information is paramount for effective infrastructure
design and planning. Geotechnical soil maps (GSMs) play a pivotal role in estimating …

To achieve smart and sustainable construction goals, machine learning (ML) techniques can
serve as a cost-effective and efficient substitute for labour-intensive, laboratory, or in situ …

The study investigates the effect of wood ash (WA) on the geotechnical behavior of low-
plasticity clay (CL) soil with the aim of improving soil properties while minimizing …

Expansive soils pose significant challenges in civil engineering due to their susceptibility to
volumetric changes, leading to structural instability and damage in infrastructure. This study …

This study developed artificial intelligence models to predict Atterberg's limits, specifically
the liquid (LL) and plastic limits (PL), based on# 200 sieve analysis, which is a laborious and …

Decarbonization policies in the construction and building sector have spurred the search for
materials with a lower environmental impact. Traditional techniques, such as earth-based …

Dispersive soils are susceptible to rapid disintegration upon contact with water and have
been implicated in engineering slope failures. However, a refined characterization of their …

The engineering problems caused by dispersive soil are of worldwide concern. Traditional
high carbon emission soil amendments such as cement and lime cause several …