Latest Research in Reservoir Physics and Computational Geomodeling

Top Research Topics in Reservoir Physics and Computational Geomodeling

• Rock Mechanics and Modeling — 22 papers
• Hydraulic flow and structures — 14 papers
• Geotechnical Engineering and Analysis — 13 papers
• Landslides and related hazards — 10 papers
• Seismic Imaging and Inversion Techniques — 10 papers
• Drilling and Well Engineering — 9 papers
• Geotechnical Engineering and Soil Mechanics — 8 papers
• Dam Engineering and Safety — 7 papers
• Soil Mechanics and Vehicle Dynamics — 7 papers
• Planetary Science and Exploration — 6 papers

Highest-Cited Papers

1. Coupled numerical and explainable machine-learning assessment of cracked diaphragm walls in anisotropic earth dams
2. Intelligent classification method for surrounding rock in subsea tunnels: multi-source parameter perception and model construction
3. Two-phase flow simulation in low-permeability heterogeneous reservoirs with a fully implicit scheme-based enriched physics-informed neural network
4. PHYSICS-INFORMED NEURAL NETWORKS FOR MARTIAN THERMAL DIFFUSIVITY RECOVERY AND THE ROLE OF THE MEASUREMENT MODEL
5. Multi-feature SCPTU data driven prediction of undrained shear strength of clay using DBO-optimized CNN-BiLSTM with attention mechanism
6. Coupled hydromechanical modeling of mine water rebound-induced seismicity at the Gardanne mine, France
7. Investigation of dynamic fragmentation in bidisperse flow impact against a rigid barrier
8. High-fidelity spatiotemporal evolution of CO₂ storage in saline aquifers: A physics-synergized deep learning framework for CO₂ plume prediction and super-resolution reconstruction
9. Characterization of spatial heterogeneity in an open-pit mine slope based on boreholes and UAV photogrammetry, with stability assessment and application to monitoring layout: a case study
10. Dual-Representation Mondrian Conformal Assignment of Pressure-Transient GeoTypes: An Independent Reproduction and Extension for Fractured-Reservoir Flow
11. SIMULATION OF THE MOVEMENT OF THE FIBROUS MASS IN THE ZONE BETWEEN THE ROTATING ROLLERS OF THE GIN FEEDER
12. Dual-Representation Mondrian Conformal Assignment of Pressure-Transient GeoTypes: An Independent Reproduction and Extension for Fractured-Reservoir Flow
13. Dual-Representation Mondrian Conformal Assignment of Pressure-Transient GeoTypes: An Independent Reproduction and Extension for Fractured-Reservoir Flow
14. Adaptive Connectivity and Robust Plane Extraction from Microseismic Event Clouds: A Systematic Benchmark and Conditional Case Study
15. Rock Mass Risk Assessment Coupling Microseismic Monitoring with Mining–Filling Data: A Deep Mine Case Study from the Sishanling Iron Mine
16. Revisiting Laterolog LL7 Data Inversion for Improved Resistivity Reconstruction and Boundary Detection in Multiple Thin-Bed Reservoirs
17. Interpretable machine learning for automatic rock mass classification in TBM tunneling: a case study of Beishan URL
18. Environmentally informed prediction of ultimate bearing capacity using Kernel-SVM and PLAXIS 3D FEM for sustainable geotechnical design
19. Well-log depth alignment: a critical review and field-based comparison of classical and machine-learning methods
20. A Probability Integral Prediction Model for Goaf-Induced Slope Subsidence Considering Slope-Angle Transition and an Independent Horizontal-Segment Solution

Sub-Regions

• Landslides and related hazards — 48 papers
• Geotechnical Engineering and Analysis — 29 papers
• Hydraulic flow and structures — 26 papers
• Rock Mechanics and Modeling — 14 papers
• Soil Geostatistics and Mapping — 13 papers
• Coal Properties and Utilization — 10 papers