Earthquake-induced soil liquefaction is a catastrophic phenomenon that can damage
existing building foundations and other structures, resulting in significant economic losses …

This paper presents a thorough reliability assessment of cavity foundation systems involving
the generation of 272 datasets using Plaxis 2D automation. The parameters were …

With the acceleration of urbanization, the construction of urban subway tunnel networks is
advancing towards deeper, denser, and larger subterranean forms. Currently, there is a lack …

Aiming at some stress-induced failure phenomena in surrounding rock that occur during the
construction of super-long and deep-buried tunnels, a method for estimating the in situ …

Information management is an important development direction in the field of tunnel
engineering, and BIM technology provides an important approach for the realization of it …

Crack stress thresholds in rocks have long been a popular subject in rock mechanics and
engineering research. In this study, the applicability of existing methods for determining the …

The mechanical and deformation behaviors of the surrounding rock play a crucial role in the
structural safety and stability of tunnel shafts. During drilling and blasting construction …

In this work, a novel fuzzy FEM (Finite Elements Method) numerical solution describing the
recession flow in unconfined aquifers is proposed. In general, recession flow and drainage …

To evaluate the earthquake disaster resistance capability of highway tunnels, it is necessary
to study an index system for the earthquake disaster resistance capability of highway …

Ground subsidence primarily occurs due to complex factors, such as damage to
underground facilities and excavation work, and its occurrence can result in loss of life and …