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Geohazard Mechanics Editorial Board: 《Geohazard Mechanics》2024年第4期I0001-I0001,共1页

Technical management practice of rock burst prevention and control:A case study of Yankuang Energy Group Co.,Ltd.: 《Geohazard Mechanics》2024年第4期225-235,共11页Shitan Gu Chao Wang Wenshuai Li Bing Gui Bangyou Jiang Ting Ren Zhimin Xiao; funded by the Natural Science Foundation of Shandong Province,China (ZR2023ME147);the Natural Science Foundation of China (No.52374129).; To ensure the on-site implementation of regulations and technical measures for rock burst prevention and control,this study takes Yankuang Energy Group Co.,Ltd.as an example,establishes an on-site technical management...; 关键词：Rock burst Mining-induced earthquake Technical management Site management Management system

Optimization design method of 2Dþ3D slope shape for landslide prevention in open-pit coal mine: 《Geohazard Mechanics》2024年第4期236-243,共8页Jinlong Gao Shihui Wang Luqing Ye Juyu Jiang Jianxiong Sun; funded by Foundation Projects:National Natural Science Foundation of China (No.52204136);Natural Sci-ence Foundation of Liaoning Province (No.2022-BS-327).; In order to improve the stability of the slope and prevent the occurrence of landslide disaster,this study took the east slope of the first mining area of Zhundong Open-pit Coal Mine as the engineering background,and ...; 关键词：Slope stability Landslide hazard Slope shape optimization Rigid body limit equilibrium method Numerical simulation

Indirect evaluation of the influence of rock boulders in blasting to the geohazard:Unearthing geologic insights fused with tree seed based LSTM algorithm: 《Geohazard Mechanics》2024年第4期244-257,共14页Blessing Olamide Taiwo Shahab Hosseini Yewuhalashet Fissha Kursat Kilic Omosebi Akinwale Olusola NSri Chandrahas Enming Li Adams Abiodun Akinlabi Naseer Muhammad Khan; funded by China Scholarship Council (No.202006370006).; Effective control of blasting outcomes depends on a thorough understanding of rock geology and the integration of geological characteristics with blast design parameters.This study underscores the importance of adapti...; 关键词：Oversize boulder BLASTING Image analysis Downstream operation Artificial intelligence

Leveraging artificial neural networks for robust landslide susceptibility mapping:A geospatial modeling approach in the ecologically sensitive Nilgiri District,Tamil Nadu: 《Geohazard Mechanics》2024年第4期258-269,共12页Aneesah Rahamana Abhishek Dondapati Stutee Gupta Raveena Raj; Landslides pose a significant threat to the lives and livelihoods of marginalised communities residing in rural areas and the delicate ecological balance of the environment.Implementing advanced technologies is crucia...; 关键词：Landslide susceptibility mapping Artificial neural networks Geospatial modeling Feature importance analysis Risk management strategies

Stability prediction of roadway surrounding rock using INGO-RF: 《Geohazard Mechanics》2024年第4期270-278,共9页Xinchao Cui Hongfei Duan Wei Wang Yun Qi Kailong Xue Qingjie Qi; supported by the National Natural Science Foun-dation of China (No.52174188);the Shanxi Basic Research Program (Free Exploration)Project of China (No.202203021222300).; In order to more accurately classify the stability of roadway surrounding rock and identify dangerous areas in a timely manner to prevent roadway collapse and other disasters,this study proposes an Improved Northern G...; 关键词：Roadway surrounding rock stability Northern goshawk optimization(NGO) Random forest(RF) Prediction model Model performance index

Prediction of coal and gas outburst hazard using kernel principal component analysis and an enhanced extreme learning machine approach: 《Geohazard Mechanics》2024年第4期279-288,共10页Kailong Xue Yun Qi Hongfei Duan Anye Cao Aiwen Wang; supported by the National Natural Science Foun-dation of China (No.52174188);the Graduate Education Innovation Project of Shanxi Datong University of China (No.23CX49).; In order to enhance the accuracy and efficiency of coal and gas outburst prediction,a novel approach combining Kernel Principal Component Analysis(KPCA)with an Improved Whale Optimization Algorithm(IWOA)optimized extr...; 关键词：Coal and gas outburst Risk prediction Kernel principal component analysis(KPCA) Improved whale optimization algorithm(IWOA) Extreme learning machine(ELM)

Attenuation of blast-induced vibration on tunnel structures: 《Geohazard Mechanics》2024年第3期153-163,共11页Xiao Wang Xiaofeng Hou Wei Yuan Changdi He Vahab Sarfarazi Hao Fan; supported by the General Project of China Postdoctoral Science Foundation(2023M742141);the Open Fund of State Key Laboratory of Mining Response and Disaster Prevention and Control in Deep Coal Mine(SKLMRDPC23KF06);the Talent Introduction Project of Shandong University of Science and Technology(0104060540171).; The blast-induced vibration during excavation by drilling and blasting method has an important impact on thesurrounding structures. In particular, with the development of tunnel engineering, the impact of blasting vib...; 关键词：Blast-induced vibration Tunnel structures PPV Empirical equations Prediction accuracy Safe distance

Fluid-driven fault nucleation, rupture processes, and permeability evolutionin oshima granite — Preliminary results and acoustic emission datasets被引量：1: 《Geohazard Mechanics》2024年第3期164-180,共17页Xinglin Lei; This study investigated the fault nucleation and rupture processes driven by stress and ﬂuid pressure in ﬁnegrained granite by monitoring acoustic emissions (AEs). Through detailed analysis of the spatiotemporal distr...; 关键词：Rock fracture experiment Injection-induced seismicity Faulting nucleation Fluid diffusion Pre-slip Dilatancy-hardening

《Geohazard Mechanics》