8 Focheng West Road
Jiangning District
Nanjing, 211100
China
Hohai University
Explicit uncertainty condition, Groundwater inflow prediction, fault zone, Physically-informed neural network (PINN), Uncertainty quantification, Monte Carlo dropout
Groundwater contamination source identification, Groundwater contamination, Multimodal, Multimodal fusion
Explicit uncertainty condition, Groundwater inflow prediction, fault zone, physics-informed neural network (PINN), Uncertainty quantification, Monte Carlo dropout
DNAPL, Sand-clay interface, Vadose zone, Spontaneous infiltration, Nuclear magnetic resonance
fracture network, 3D print, geometric parameters, non-Fickian solute transport, geometric connectivity, breakthrough curves
DNAPL, Multiscale distribution, Heterogeneity degree, Spontaneous infiltration, Nuclear magnetic resonance
geological fault zone, refined geological structure modeling, tunnel groundwater inflow, Numerical simulation, grouting scenarios
monitoring network design, contaminated aquifers, hydrological digital twins, data assimilation, uncertainty reduction
