Developing Discrete Element Model of Cracking Jointed Llimestone Due to Blast-Stress Wave Propagation

[1] ECJ Gan, A. R. (2024). "A Blast propagation and hazard mapping outside coal mine tunnels and shafts." Tunnel Undergro Spac Tec 148.

[2] MS Bahraini, I. A. (2024). "A novel intelligent stereo vision approach for blast-induced fragmentation size distribution: Case study at Golgohar open-pit mine, Iran." Miner Eng 215.

[3] Hagan, T. (1979). "Rock breakage by explosive." Acta Astrona 6: 329-340.

[4] C Drover, E. V., I Onederra (2018). "Face destressing blast design for hard rock tunneling at great depth." Tunnel Undergro Spac Tec 80: 257-268.

[5] LF Trivino, B. M. (2015). "Assessment of crack initiation and propagation in rock from explosion-induced stress waves and gas expansion by cross-hole seismometry and FEM–DEM method." Int J Rock Mech Mini Sci 77: 287-299.

[6] B Satyabrata, D. K. (2024). "Prediction of Backbreak in Surface Production Blasting Using 3-Dimensional Finite Element Modeling and 3-Dimensional Nearfield Vibration Modeling." Min Metallu & Explor.

[7] CL Jimeno, E. J., FJA Carcedo (1995). Drilling and blasting of rocks. London, Taylor & Francis.

[8] L Liu, P. K. (1977). "A numerical study of the stress of short delays on rock fragmentation." Int J Rock Mech Mini Sci 34(5): 817-835

[9] M Monjezi, H. D. (2008). "Evaluation of effect of blasting pattern parameters on back break using neural networks." Int J Rock Mech Mini Sci 45(8): 1446-1453.

[10] X Li, Z. Z., M Wang, D Xiao, Y Shu, S Deng (2021). "Fracture mechanism of rock around a tunnel-shaped cavity with interconnected cracks under blasting stress waves." Int J Impa Eng 157.

[11] J Zhang, Z. C., K Shao (2024). "Numerical investigation on optimal blasting parameters of tunnel face in granite rock." Simula Model Pract Theo 130.

[12] Z Wang, Q. L., W Chen, H Hao, L Li (2024). "Fragment prediction of reinforced concrete wall under close-in explosion using Fragment Graph Network (FGN)." Compu Struc 305.

[13] EF Salmi, E. S. (2021). "A review of the methods to incorporate the geological and geotechnical characteristics of rock masses in blastability assessments for selective blast design." Eng Geolog 281.

[14] C Mao, H. C., X Xie, C Liu, S Wang, J Jia, J Du, Z Lv, J Luo, Y Liu (2024). "Microstructure and mechanical-property evolution of the explosive welding joint from the same RAFM steels under explosive welding and post-weld heat treatment." Mater Sci Eng part A 918.

[15] P Cai, Z. X., Y Liu, X Chen, W Qi, L Liu (2024). "Weakly confined slotted cartridge blasting in jointed rock mass." Theo Appl Frac Mech part A 134.

[16] SH Cho, K. K. (2004). "Influence of the applied pressure waveform on the dynamic fracture processes in rock." Int J Rock Mech Mini Sci 41(5): 771-784.

[17] P Niu, S. W., G Feng, Y Xiao, B He, Z Yao, L Hu, Z Wu (2024). "Influence of stress and geology on the most prone time of rockburst in drilling and blasting tunnel: 25 tunnel cases." Eng Geo 340.

[18] P Wang, L. W., Y Wang (2023). "Influence of material heterogeneity on the blast-induced crack initiation and propagation in brittle rock." Comput Geotech 155.

[19] P Zhang, L. Y., D Man, N Liu, P Wei, Z Sui, Y Liu (2024). "Explosive stress wave propagation and fracture characteristics of rock-like materials with weak filling defects." Eng Frac Mech 308.

[20] S Mohd, T. S. (2015). "Numerical assessment of spacing–burden ratio to effective utilization of explosive energy." Int J Rock Mech Mini Sci 25: 291-297.

[21] Khademian, A. (2024). "Optimization of blasting patterns in Esfordi phosphate mine using hybrid analysis of data envelopment analysis and multi-criteria decision making." Eng Appl Artif Intel part A 133.

[22] X Jiang, Y. X., F Kong, H Gong, Y Fu, W Zhang (2024). "Dynamic responses and damage mechanism of rock with discontinuity subjected to confining stresses and blasting loads." Int J Imp Eng 172.

[23] GW Ma, X. A. (2008). "Numerical simulation of blasting-induced rock fractures." Int J Rock Mech Mini Sci 45(6): 966-975.

[24] J Ding, J. Y., Z Ye, Z Leng, C Zhou (2024). "Numerical study on rock blasting assisted by in-situ stress redistribution." Tunnel Under Spa Tech 153.

[25] W Jianxiu, Y. Y., K Esmaieli (2018). "Numerical simulation of rock blasting damage based on laboratory-scale experiments." J Geophysi Eng 15(6): 2399-2417.

[26] X Huang, S. Q., A Williams, Y Zou, B Zheng (2015). "Numerical simulation of stress wave propagating through filled joints by particle model." Int J Soli Struc 69-79: 23-33.

[27] SS Behbahani, P. M., K Ahangari, K Goshtasbi K (2013). "Unloading scheme of Angooran mine slope by discrete element modeling." Int J Rock Mech Mini Sci 64: 220-227.

[28] E Yaghoubi, M. S., P Maarefvand (2017). "Slope stability analysis and evaluation of further major failure in Angooran open-pit mine." J Analyt Numer Meth Mini Eng 6(12): 33-45.

[29] DO Potyondy, P. C. (2004). "A bonded-particle model for rock." Int J Rock Mech Mini Sci 41: 1329-1364.

[30] L Jing, O. S. (2007). Fundamentals of discrete element methods for rock engineering, theory and applications. Amesterdam, Elsevier.

[31] Aladejare, A. (2020). "Evaluation of empirical estimation of uniaxial compressive strength of rock using measurements from index and physical tests." J Rock Mech Geolog Eng 12(2): 256-268.

[32] Z Ye, J. Y., M Chen, C Yao, X Zhang, Y Ma, C Zhou (2024). "Difference in rock-breaking characteristics between water-coupling blasting and air-coupling blasting." Int J Roc Mech Min Sci 183.

[33] F Zhang, J. P., Z Qiu, Q Chen, Y Li, J Liu (2017). "Rock-like brittle material fragmentation under coupled static stress and spherical charge explosion." Eng Geolog 220: 266-273.