Machine-learning model predicts when sand production begins in gas and energy wells
Researchers report a machine-learning model, trained on CFD-DEM simulations, that predicts the critical drawdown pressure gradient at which sand production ...
Researchers report a machine-learning model, trained on CFD-DEM simulations, that predicts the critical drawdown pressure gradient at which sand production ...
A new review traces nearly a century of rock mechanics research and argues that modern geoenergy and geological storage systems ...
A synthesis of research on three abandoned German hard coal districts links mine flooding to microseismicity, ground uplift and subsidence, ...
Researchers have derived an analytical solution for stresses around shallow tunnels excavated in transversely isotropic rock masses, incorporating surcharge loads, ...
A new systematic review finds South Africa holds roughly 150 gigatonnes of theoretical geologic CO2 storage capacity, almost entirely offshore, ...
An integrated seismic, petrophysical and geomechanical study of five fields in Egypt's Shushan Basin identifies promising Alam El Bueib sandstone ...
An exploratory screening of eight Sabaloka igneous rock types identifies Trachybasalt and Porphyritic Microgranite as the most favourable aggregate sources ...
A compact hybrid Transformer-graph attention autoencoder reconstructs downhole geomechanical states from unlabelled drilling data, outperforming standalone models and surviving simulated ...
Coda wave interferometry at the Mont Terri Underground Laboratory tracked drying, cracking, fault slip, and resaturation in faulted Opalinus Clay ...
Researchers in China have developed and calibrated a Photonic Doppler Velocimetry method that turns laser-measured surface velocities into reliable dynamic ...
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© 2025 Scienmag - Science Magazine