Engineering
Deep Learning
100%
Geothermal Reservoir
97%
Surrogate Model
63%
Breakdown Pressure
52%
Porosity
49%
Reservoir Management
44%
Deep Neural Network
42%
Enhanced Geothermal System
39%
Machine Learning Technique
37%
Nuclear Magnetic Resonance
35%
Simulation Model
32%
Hydraulic Fracturing
26%
Fracture Aperture
26%
Forward Model
24%
Subsurface
23%
Learning Approach
22%
Fracture Network
22%
Fluid Temperature
22%
Produced Fluid
22%
Carbon Sequestration
22%
Model Parameter
22%
Carbonate Rock
21%
Rock Type
20%
Geomechanical Model
17%
Naturally Fractured Reservoir
17%
Horizontal Wells
17%
Seismicity
17%
Analytical Hierarchy Process
17%
Injection Rate
15%
Poisson Ratio
14%
Ultimate Tensile Strength
14%
Effective Stress
13%
Random Forest
12%
Bulk Density
12%
Compressive Strength
11%
Storage Capacity
11%
CO2 Storage
11%
Particle Swarm Optimization
11%
Carbonate Reservoir
11%
Nearest Neighbor
11%
Heat Extraction
11%
Oil Reservoir
10%
Geothermal Energy
10%
Hypercube
10%
Simulators
10%
Young's Modulus
10%
Earth and Planetary Sciences
Machine Learning
52%
Hydraulic Fracturing
49%
Porosity
46%
Reservoir Simulation
43%
Carbon Sequestration
41%
Nuclear Magnetic Resonance
35%
Reservoir Management
26%
Enhanced Geothermal System
26%
Fracture Network
23%
Carbonate Rock
21%
Rock Property
20%
Fracturing
20%
Mathematical Model
18%
Analytical Hierarchy Process
17%
Induced Seismicity
17%
Mineral Dissolution
17%
Hydromechanics
17%
Seismic Moment
17%
Geothermal Energy
17%
Evaluation Method
17%
Reservoir Modeling
17%
Rock Fracture
15%
Calcite
13%
Kaolinite
13%
Pore Pressure
11%
Fracture Aperture
11%
Tensile Strength
11%
Poisson Ratio
11%
Real Time
11%
Carbon Dioxide
10%
Keyphrases
Breakdown Pressure
52%
Machine Learning Models
23%
Unconventional Rocks
20%
Machine Learning Techniques
20%
Saturation Front
17%
Pressure Prediction
17%
Huff-and-puff
17%
Tight Formation
17%
Rock Type
17%
Robust Machine Learning
17%
Fracture Activation
17%
Multi-objective Optimizer
17%
Recovery Optimization
17%
General Physics
17%
Machine Learning Based
17%
Hydraulic Fracturing
13%
Production Temperature
10%
Indirect Tensile Strength
10%
