Support vector machine techniques (polynomial and radial basis function) and random
forest regression techniques have been used to predict erodibility of an unsaturated soil …

In this research work, a comprehensive study is conducted to predict flyrock as a typical and
undesirable phenomenon occurring during the blasting operation in open-pit mining …

Unsaturated lateritic soils are complex soils to work with due to moisture effects. So, the
determination of its properties requires lots of time, labor and equipment. For this reason, the …

The ability of the compacted soils and treated/compacted soils to withstand loads as
foundation materials depends on the stability and durability of the soils. The design of such …

Numerical and computational analyses surrounding the behavior of the bearing capacity of
soils near or adjacent to slopes have been of great importance in earthwork constructions …

Unsaturated soils used as compacted subgrade, backfill, or foundation materials react
unfavorably under hydraulically bound environments due to swell and shrink cycles in …

Artificial neural network (ANN), gray‐wolf, and moth‐flame optimization (GWO and MFO)
techniques have been used in this research work to predict the effect of activated sawdust …

Volumetric stability and erodibility are important soil properties influenced by moisture
through raindrops and eventual runoff and the rise in water tables during wet seasons …

Support vector machine (SVM) with its feature known as the statistical risk minimization
(SRM) has been employed in the prediction of coefficient of curvature and uniformity on …

Swell-shrink phenomenon experienced by foundation soils like the subgrade layer is a
major cause of failures in pavement facilities. This phenomenon is fundamentally caused by …