2026-10-09T19:27:10Z https://api.figshare.com/v2/oai

oai:figshare.com:article/34055886 2026-10-02T09:32:49Z category_25885 item_type_3 month_year_10_2026

Supplementary Material for: Karst Conduit Fracture Water Inrush in Coal Mining: Coupled Stress?Seepage Damage Evolution and Precursor Warning Based on Multi Source Information Fusion Bo Li (25301430) Groundwater hydrology pipeline-fissure water inrush mechanism stress-seepage triaxial coupling test physical simulation testphysical simulation test damage characteristics of aquifuge rock mass comprehensive evaluation of water inrush precursors This repository contains the supplementary figures for the manuscript titled "Karst Conduit-Fracture Water Inrush in Coal Mining: Coupled Stress-Seepage Damage Evolution and Precursor Warning Based on Multi-Source Information Fusion".The uploaded materials include the following supplementary figures:Fig. S1 Location ofstudy area. Fig. S2 Comprehensive bar chart. Fig. S3 Multi-field coupling mechanical test system Fig. S4 SEM testing system. Fig. S5 Failure mode of aquitard salt rock sample. (a) P = 0 MPa; (b) P = 1 MPa; (c) P = 3 MPa; (d) P = 5 MPa; (e) P = 7 MPa.Fig. S6 Different forms of overburden failure and collapse during different mining stages. (a) Mining 30 cm; (b) Mining 60 cm; (c) Mining 90 cm; (d) Mining 120 cm.Fig. S7 Evolution of water conducting fractures and water inrush process. (a) At the end of mining; (b) Mining 3 h; (c) Mining 5 h; (d) Mining 7 h. 2026-10-02T09:32:49Z Dataset Dataset 10.6084/m9.figshare.34055886.v1 https://figshare.com/articles/dataset/Supplementary_Material_for_Karst_Conduit_Fracture_Water_Inrush_in_Coal_Mining_Coupled_Stress_Seepage_Damage_Evolution_and_Precursor_Warning_Based_on_Multi_Source_Information_Fusion/34055886 CC BY 4.0