This research suggests a robust integration of artificial neural networks (ANN) for predicting
swell pressure and the unconfined compression strength of expansive soils (P s UCS-ES) …

The realization of full automation in 3D Concrete Printing (3DCP) encounters numerous
obstacles, notably the absence of automated and inline testing methodologies to measure …

This work introduces an optimal performance model for predicting the unconfined
compressive strength (UCS) of lime-stabilized soil using the machine (ensemble tree (ET) …

Despite the growing number of experimental studies of fire, there is still a lack of critical
information on the physical alteration of ash remains and its importance in the preservation …

Road drainage systems collect runoff water during rainfall; however, their malfunction or
defective discharge systems may cause downslope soil erosion through scour and runoff …

Biocementation is a low carbon footprint soil improvement technique alternative to the use of
hydraulic binders such as cement, mainly applied in sandy soils due to the need for vital …

The present study aimed to determine the best performance of polymeric materials (RPP
and CBR Plus) in various types of fine-grained soil, and the optimal percentage of polymeric …

An instrument for measuring the geotechnical properties of the Martian soil provides high-
value science opportunities and high-priority mission-support capabilities that serve …

In recent years, the pocket penetrometer (PP) test has been used to assess strengths of
cohesive soils and has gained attention due to its simplicity, low cost and high speed …

The interaction of moisture content, strain rate, and dry density affects the dynamic
mechanical properties of sandy soils with certain cohesion at high strain rates but this effect …