New Model Predicts Mining Surface Displacement
A new R&T model predicts surface horizontal displacement from underground mining with significantly higher accuracy than traditional probability integral models.
A new R&T model predicts surface horizontal displacement from underground mining with significantly higher accuracy than traditional probability integral models.
Using physical and numerical simulations of the Qinglong Coal Mine, researchers identified the dominant pathway and three-stage evolution mechanism governing ...
A thermo-hydro-mechanical simulation model combined with machine learning identifies optimal fracture configurations and key reservoir properties governing heat extraction in ...
Researchers integrated numerical simulations, satellite radar, and field investigations to analyze ground deformation during active mining and post-closure phases at ...
A theoretical and numerical investigation reveals that seismic excitation governs underground pillar damage more strongly than structural dimensions, with shear-driven ...
Researchers carbonized corn cobs into porous carbon, loaded it with modified sodium sulfate decahydrate, and showed in micro-room experiments and ...
A numerical study of Boger ternary nanofluid flow between active parallel plates shows that plate contraction, radiation and heat generation ...
Numerical simulations show that adding horizontal side wells and a storage-release operating cycle can raise the heat output of closed-loop ...
Researchers have developed quantitative models that divide the rock mass above mining excavations into damage, risk and safe zones, linking ...
A numerical study of a fifteen-cell air-cooled lithium-ion battery pack found that a three-fin configuration with turbulators operating at 4 ...
A simulation study presents a closed-loop framework that pairs MUSIC-based radar localization on cooperating drones with a path-loss-aware power allocation ...
A new review maps how numerical simulations and artificial intelligence are reshaping the study of turbidity currents, the powerful underwater ...
Calibrated simulations of the Yangbajing geothermal field in Tibet link reinjection-induced mineral dissolution and precipitation to a 10% drop in ...
PorousGen produces solver-ready voxel geometries for eight porous-media architectures, with porosity matched exactly to the requested value for four of ...
Freezing of central drainage ditches is a major cause of freeze damage in tunnels built in frigid climates, and traditional ...
Researchers built a simple, self-assembled ytterbium-doped fiber amplifier producing over 10 W of continuous 1064 nm light, designed for rapid ...
A 3D lattice simulation of deep coal seams in the Ordos Basin shows horizontal stress difference governs whether hydraulic fractures ...
A new review argues that the heat building up in the world's deepening mines can be co-extracted with minerals through ...
A Bayesian-regularized neural network trained on numerical solutions predicts velocity, temperature, concentration and bioconvection profiles of Carreau nanofluid flow along ...
A new LS-DYNA simulation study shows that in situ stress, detonation delay timing, and borehole spacing jointly control crack growth ...
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