Engineering
Inflow Rate
100%
Hydraulics
77%
Joints (Structural Components)
70%
Groundwater Inflow
48%
Groundwater Level
38%
Rock Mass
30%
Engineering
29%
Shear Flow
23%
Railway
22%
Tensile Loads
19%
Skin Friction
19%
Micropile
19%
Fiber-Reinforced Concrete
19%
Ground Improvement
19%
Dynamic Compaction
19%
Tensiles
19%
Crack Width
19%
Fatigue Failure
19%
Numerical Modeling
19%
Flow Field
19%
Concrete Lining
19%
Road
19%
Raft Foundation
19%
Soil Pile
19%
Asphalt Concrete
19%
Distinct Element
17%
Test Result
17%
Element Method
17%
Flow Regime
16%
Tunnel Construction
16%
Field Observation
16%
Support System
14%
Joint Set
14%
Hard Rock
14%
Surrounding Rock Mass
11%
Fractured Rock Mass
10%
Deep Excavation
9%
Slope Stability
9%
Soil Slope
9%
Tunnel Lining Design
9%
Rock Slope
9%
Field Measurement
9%
Measured Data
9%
Performance Factor
9%
Applicability
9%
Simulated Result
9%
Soil Layer
9%
Local Site
9%
Soil Boring
9%
Relative Importance
9%
Earth and Planetary Sciences
Jointed Rock
67%
Hydraulic Conductivity
58%
Grouting
38%
Subsidence
31%
Distinct Element Method
28%
Groundwater Flow
25%
Geological Feature
25%
Groundwater Recharge
20%
Hydraulic Head
20%
Hard Rock
19%
Penetration Test
19%
Soil Classification
19%
Sinkhole
19%
Numerical Modeling
19%
Support System
19%
Evaluation Method
19%
Flow Pattern
19%
Ground Settlement
19%
Groundwater
19%
Hazard Assessment
9%
TBM
9%
Slope Stability
9%
NATM
9%
Weather Condition
9%
Stability Analysis
9%
Tunnel Lining
9%
Tunnel Lining
6%
Porewater
6%
Water Pressure
6%