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INIS
mines
100%
underground
97%
rocks
94%
design
89%
stability
73%
dilution
58%
excavation
54%
graphs
51%
mining
51%
assessments
47%
performance
40%
neural networks
40%
kazakhstan
29%
data
28%
damage
27%
probability
27%
prediction
26%
charts
22%
safety
20%
failures
18%
classification
18%
accuracy
18%
modeling
18%
tools
18%
comparative evaluations
17%
reliability
17%
deformation
17%
geometry
17%
fuzzy logic
17%
engineering
15%
probabilistic estimation
14%
stress relaxation
13%
values
11%
environment
11%
blasting
11%
seismicity
10%
errors
10%
botswana
10%
production
9%
underground mining
9%
correlations
9%
implementation
9%
coal
9%
feasibility studies
8%
walls
8%
drilling
8%
width
8%
instability
8%
planning
8%
equations
7%
maps
7%
hazards
7%
cost
7%
drills
7%
compression strength
7%
zones
7%
brittleness
6%
datasets
6%
tunneling
6%
ground control
6%
roots
5%
levels
5%
machine learning
5%
relaxation
5%
Keyphrases
Underground Mining
39%
Stope
20%
Underground Excavation
17%
Stability Evaluation
17%
Damage Scale
14%
Stress Relaxation
13%
Rockburst
11%
Rockburst Damage
11%
Kazakhstan
11%
Stope Performance
10%
Neural Network Classifier
10%
Stope Geometry
10%
Stope Design
10%
Open Stope
8%
Unplanned Dilution
8%
Feedforward Neural Network
8%
Mine Drift
8%
Failure Probability
8%
Reliability Analysis
8%
Safety Factor
8%
Stability Graph Method
8%
Rock Mass Quality
8%
Reliability Index
8%
Rock Support
8%
Rock Engineering
8%
Mathews Stability Graph
8%
Excavation Stability
8%
Underground Stope
8%
Knowledge-based Systems
8%
Excavation Damage
8%
Squeezing Ground Conditions
8%
Squeezing Ground
8%
Rock Mass Damage
8%
Mine Seismic
8%
Large Deformation
8%
Hard Rock
8%
Drilling Rate
8%
Ensemble Classifier
8%
Comparison of Prediction Models
8%
Dilution Prediction
8%
Critical Span Graph
8%
Ensemble Approach
8%
Active Mine
8%
Open Stope Mining
8%
Fuzzy Inference System
7%
Engineering Challenges
7%
Reliable Estimate
6%
Shotcrete
5%
Damage Level
5%
Safety Value
5%
Safety Concerns
5%
Numerical Modeling
5%
Stope Stability
5%
Dilution Index
5%
Engineering
Rock Mass
62%
Dilution
27%
Case Study
21%
Mine Stopes
17%
Reliability Analysis
17%
Tunnel Boring Machine
17%
Good Agreement
14%
Accident Prevention
14%
Input Parameter
14%
Feedforward
14%
Safety Concern
13%
Field Data
13%
Rock Mass Quality
13%
Reliability Index
13%
Safety Factor
13%
Fuzzy Inference System
8%
Design Chart
8%
Factor of Safety
8%
Large Deformation
8%
Penetration Rate
8%
Drilling Rate
8%
Hard Rock
8%
Squeezing Ground Condition
8%
Pillar Width
8%
Probabilistic Design
8%
Probabilistic Approach
8%
Coal Mine
8%
Design Purpose
8%
Underground Mining
8%
Fuzzy System
8%
Comparative Study
8%
Rock Engineering
8%
First-Order Reliability Method
7%
Computer Simulation
7%
Rate of Penetration
7%
Root Mean Square Error
6%
Brittleness
6%
Artificial Intelligence
6%
Shotcrete
5%
Tunnel Construction
5%
Uniaxial Compressive Strength
5%
Numerical Modeling
5%
Empirical Model
5%