Tidal forces may have concentrated deep lunar heat near the core-mantle boundary, model suggests
A new numerical model shows that an ultralow-viscosity zone near the lunar core-mantle boundary could concentrate tidal heating into localized ...
A new numerical model shows that an ultralow-viscosity zone near the lunar core-mantle boundary could concentrate tidal heating into localized ...
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 ...
A mathematical analysis identifies the highest sustainable constant harvest rate for a single population with a strong Allee effect under ...
PorousGen produces solver-ready voxel geometries for eight porous-media architectures, with porosity matched exactly to the requested value for four of ...
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© 2026 Scienmag - Science Magazine