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ISSN: 2949-7418
CN: 21-1620/O3
p-ISSN: 2097-5767

Artificial intelligence in tunnel construction: A comprehensive review of hotspots and frontier topics

Application of Artificial Intelligence (AI) in tunnel construction has the potential to transform the industry by improving efficiency, safety, and cost-effectiveness. This paper presents a comprehensive...

Analysis of coal mine safety accident features in China, 2017–2022

Coal-related accidents are prevalent in China, often attributed to the intricate geology and challenging working conditions of mines. This study seeks to determine the patterns of these accidents by...

Application of the analytical hierarchy process (AHP) for flood susceptibility mapping using GIS techniques in lower reach of Keleghai River Basin, West Bengal, India

Flooding is one of the most devastating quasi-natural hazards in Southeast Asian monsoon region. The recent study aims to define the flood risk zones (FRZ) by using the multi criteria evaluation (MCE)...

Leveraging remote sensing data with AHP and geospatial analysis for landslide susceptibility hotspot assessment in Bandarban of Bangladesh

In the 21st century, climate change has exacerbated global instability, leading to a rise in landslide occurrences. In Bangladesh, mountainous areas such as Bandarban experience significant landslides...

Roof bolting and underground roof falls

Roof bolting has been used in underground entry (roadway) support in U.S. coal mines since the Coal Mine Health and Safety Act of 1969 (US Congress, 1977) recognized roof bolting as the only means of...

Geotechnical and geophysical studies for the cause of landslide in Lesalso, Laelay Maichew Wereda, northern Ethiopia

The northern highlands of Ethiopia often experience slope failures triggered by rainfall. Landslides are common in Lesalso, Laelay Maichew Wereda, northern Ethiopia, causing destruction to homes, crops,...

Enhancing disaster management effectiveness: An integrated analysis of key factors and practical strategies through Structural Equation Modeling (SEM) and scopus data text mining

In the 21st century, the surge in natural and human-induced disasters necessitates robust disaster management frameworks. This research addresses a critical gap, exploring dynamics in the successful...

Monitoring of surface subsidence disasters and evolution laws caused by multiple mining activities in coal mines based on SBAS-InSAR

In underground coal mining, surface subsidence disasters are likely to be induced. Especially, under the condition of multi-seam mining, the movement characteristics of the overlying strata are more...

Tunnel SAM adapter: Adapting segment anything model for tunnel water leakage inspection

Water leakage inspection in the tunnels is a critical engineering job that has attracted increasing concerns. Leakage area detection via manual inspection techniques is time-consuming and might produce...

Toward disaster management in rock engineering: Automated machine learning paradigm for predicting the uniaxial compressive strength of rock materials

The uniaxial compressive strength (UCS) of rocks is a crucial indicator for evaluating the bearing capacity of geological structures in rock engineering, and it holds significant implications for disaster...

Near-field ground motion intensity parameters of the major February 06, 2023, Türkey Kahramanmaraş earthquake sequences

Türkey is located in a seismically active region where the Anatolia, Africa, and Arabia tectonic plates converge. The high seismic hazard causes the region to be repeatedly struck by major earthquakes....

Instability prevention and control of waste dump slopes with different consolidation degrees under the influence of rainfall

The stability and management of waste dump slopes are pivotal research topics in geotechnical engineering and have long posed central challenges in coal mine ecological restoration. Controlling the...

Bayesian optimization-enhanced ensemble learning for the uniaxial compressive strength prediction of natural rock and its application

Engineering disasters, such as rockburst and collapse, are closely related to structural instability caused by insufficient bearing capacity of geological materials. Uniaxial compressive strength (UCS)...

Hardrock burst mechanisms and management strategies

Rockbursts occur as a direct consequence of underground mining or civil excavation. The general scale of their seismic disturbance and consequences depend upon known factors. However, uncertainty remains...

Landslide susceptibility assessment of Western Ghats of Karnataka region in India: A case study of Ankola landslide

Recurring and frequent landslides in the Western Ghats of India pose major socio-economic challenges by interrupting the infrastructure development and daily life. The present study evaluates the landslide...

Pseudo-prospective and prospective rock failure along with rockburst prediction based on acoustic emission

Rock burst is a serious threat to mine safety production, and its prediction is of great significance to effectively prevent and control the dynamic disaster of rock burst. Therefore, this paper used...

An assessment of earthquake vulnerability by multi-criteria decision-making method

Earthquake is one of the most destructive catastrophes in Bangladesh and the evaluation of vulnerability is a prerequisite for the earthquake risk estimation. As a result, determining vulnerability...

A brief introduction to disaster rock mass mechanics

Rock mass mechanics can be classified into engineering rock mass mechanics and disaster rock mass mechanics based on science and application. Their conception, object, scientific essence and application...

Complex analysis of GPR signals to control contact zone of concrete lining and rock mass

Nondestructive sensing technologies are essential for assessing the condition and structural integrity of concrete linings and their surrounding rock. This study utilized ground-penetrating radar (GPR...

Grouting optimization for tunnel water-inrush disaster mitigation in jointed rock masses using discrete fracture network modeling

Groundwater flow in fractured rock masses, governed by discrete fracture networks (DFNs), critically impacts tunnel engineering safety. This study addresses water-inrush disasters by proposing a DFN-based...

Detection and targeted control of regional stress field for coal burst prevention

As coal burst normally occurs in the area of high stress concentration, it is of significance to study the features of regional stress field in coal mines. Primitive stress field, mining-induced stress...

Fluid-driven fault nucleation, rupture processes, and permeability evolution in oshima granite — Preliminary results and acoustic emission datasets

This study investigated the fault nucleation and rupture processes driven by stress and fluid pressure in fine-grained granite by monitoring acoustic emissions (AEs). Through detailed analysis of the...

Ground collapse: effect of building position on tunnelling-induced soil movements

The mechanisms of tunnelling-induced ground movements are important for risk assessments of tunnelling beneath masonry buildings with shallow foundations, including ground collapse disasters. This paper...

Micromechanics-based evaluation of strain rate effect on direct tensile failure in brittle rocks during dynamic geohazards

Brittle rocks exhibit significantly lower dynamic direct tensile strength compared to their compressive strength, and the tensile strength is relatively difficult to be quantitatively measured through...

Rockburst failure time prediction based on a fuzzy comprehensive evaluation method using the acoustic emission

Rockbursts have become one of the most serious disasters in underground engineering around the world, which seriously threaten the construction safety of underground engineering. The effective prediction...

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