The BP neural network algorithm is used to construct a stable slope angle prediction model for open-pit mines, which can successfully predict the ultimate slope angle of the mine. At the same time, a multi-tool combination of Surpac, Madis, and Flac3D is used to create a numerical model for stable slope angle in mines. The model is used to test the final slope angle prediction structure for stable mines. Through a comprehensive analysis of the ore deposit model technology constructed by the series of realms, the economic parameters involved in the generation of realm boundaries are known, and specific primaries are pointed out with the error requirements of each parameter analyzed in the realm of series. A concrete solution is put forward to the issue of realm gap. From the point of view of the power and responsibility parameters, the series of realm production methods are analyzed, and the rapid generation methods of the realm of open-pit mine series are pointed out.
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L.Cao, G.Li and D.Wang, Stability analysis and space shape optimization of roof slope in open-pit mine with inclined coal seam, Journal of Liaoning Technical University36(10) (2017), 1015–1019.
7.
J.Li, P.Li and H.Zhang, Research on bench angle range value & final slope angle in Bijigou open-pit, Xian Jianzhu Keji Daxue Xuebao/Journal of Xian University of Architecture & Technology49(4) (2017), 598–603.
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H.M.Bai, R.P.Shen and H.D.Shi, Forecasting model of air pollution index based on BP neural network, Environmental Science & Technology, 2013.
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P.Uczkiewicz, K.Daszkiewicz and J.Chrócielewski, High meniscal slope angle as a risk factor for meniscal allograft extrusion, Medical Hypotheses101 (2017), 48–51.
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C.Chédeville and O.Roche, Influence of slope angle on pore pressure generation and kinematics of pyroclastic flows: insights from laboratory experiments, Bulletin of Volcanology77(11) (2015), 1–13.
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M.Veress, S.Samu and Z.Mitre, The effect of slope angle on the development of type a and type b channels of rinnenkarren with field and laboratory measurements, Geomorphology228 (2015), 60–70.
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G.S.Hurd, C.Kerans and S.Fullmer, Large-scale inflections in slope angle below the shelf break: A First Order Control On the Stratigraphic Architecture of Carbonate Slopes: Cutoff Formation, Guadalupe Mountains National Park, West Texas, U.S.A, Journal of Sedimentary Research86(4) (2016), 336–362.
13.
N.A.Bates, R.J.Nesbitt and J.T.Shearn, Posterior tibial slope angle correlates with peak sagittal and frontal plane knee joint loading during robotic simulations of athletic tasks, American Journal of Sports Medicine44(7) (2016), 1762.
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H.J.Oldroyd, E.R.Pardyjak and C.W.Higgins, Buoyant turbulent kinetic energy production in steep-slope Katabatic flow, Boundary-Layer Meteorology (2016), 1–12.
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E.Kozan and S.Q.Liu, A new open-pit multi-stage mine production timetabling model for drilling, blasting and excavating operations, Mining Technology125(1) (2016), 47–53.
18.
Rodrigo, Enrico, Kristjanpoller, Availability-based simulation and optimization modeling framework for open-pit mine truck allocation under dynamic constraints, International Journal of Mining Science and Technology23(1) (2013), 113–119.
19.
L.Nie, Z.Li and M.Zhang, Deformation characteristics and mechanism of the landslide in West Open-Pit Mine, Fushun, China, Arabian Journal of Geosciences8(7) (2015), 4457–4468.
20.
Y.Zheng, C.X.Chen and X.X.Zhu, Stability analysis of open-pit slope containing a fault utilizing UDEC, Applied Mechanics & Materials444-445 (2013), 1204–1210.
