This study provides a comprehensive bibliometric and in-depth analysis of artificial
intelligence (AI) and machine learning (ML) applications in environmental monitoring, based …

Understanding tunneling-induced ground deformation, particularly squeezing behavior, is
crucial for safe and efficient underground construction. This study employs Artificial Neural …

High-permeability sand cannot control the water that is stored behind an embankment. In
addition, if clay cannot be provided within a reasonable distance of the embankment …

The deformation characteristics and constitutive behavior of granular materials under normal
forces acting on particles are dependent on the geometry of the grain structure, fabrics and …

Efficient management of traffic incidents is a focal point in traffic management, with direct
implications for road safety, congestion, and the environment. Traditional models have …

The built environment heavily relies on the performance and stability of its underpinning
geotechnical structures. The ageing of existing geotechnical structures alongside with the …

This paper studies the effectiveness of the stress-relief groove on the floor of deep coal
roadway and determines the influence of the stress-relief groove parameters on the …

The accurate prediction of soil bearing capacity remains a critical challenge in geotechnical
engineering, particularly given the complex non-linear relationships between soil properties …

Dynamic loads with different magnitudes cause shear stress and strain in the soil and
increase the pore water pressure, reducing soil strength and leading to structural failure …