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INIS
risk assessment
100%
underground mining
100%
applications
93%
design
81%
mines
78%
risks
73%
rocks
71%
mining
70%
investigations
37%
underground
35%
testing
31%
plates
31%
data
29%
operation
23%
safety
17%
economics
17%
depth
15%
loading
15%
fuzzy logic
12%
mining industry
11%
dams
11%
values
11%
boundary conditions
11%
iran
10%
engineering
9%
approximations
6%
industry
6%
levels
6%
algorithms
6%
stability
6%
kazakhstan
6%
weight
6%
water
6%
verification
6%
zinc
6%
tools
5%
constraints
5%
productivity
5%
ground water
5%
risk analysis
5%
capital
5%
failures
5%
humans
5%
employees
5%
viability
5%
cost
5%
losses
5%
Keyphrases
Geomechanical Risk
62%
Underground Mining
62%
Mining Applications
62%
Risk Assessment Methods
62%
Methodology Models
62%
Mining Method
47%
Underground Mining Method Selection
37%
Angouran Mine
31%
Z-number Theory
31%
Weighting Method
31%
Mining Conditions
25%
Risk Assessment
22%
Stope
20%
Underground Mining Methods
16%
Mining Project
12%
Operational Complexity
12%
Geomechanics
12%
Rock Mass
12%
Risk Estimation
12%
Water Inflow
10%
Lead Mine
10%
Northwest Iran
10%
Machine Downtime
10%
Angouran
10%
Z-number
10%
Mortal
10%
Zinc Mining
10%
Underground Water
10%
Financial Risk
10%
Expert Opinion
10%
Life-threatening
10%
Highest Weight
10%
Filed Test
7%
Mining Industry
6%
Design Parameters
6%
Geotechnical Design
6%
In Situ Conditions
6%
Geotechnical Design Parameter
6%
Geological Materials
6%
Engineering Discipline
6%
In Situ Properties
6%
Inherent Variability
6%
Operational Constraints
6%
Underground Mining Operations
6%
Underground Mine Design
6%
Geological Rocks
6%
Rock Failure
6%
Parameter Factor
6%
Design Components
6%
Complex Design
6%
In-situ Stress
6%
Risk Analysis Model
6%
Geotechnical Risk
6%
Mine Development
6%
Complicated Boundary
6%
Design Information
6%
Operational Challenges
6%
Human Losses
6%
Rock Characterization
6%
Groundwater
6%
Comprehensive Risk Assessment
6%
Risk Source
6%
Operational Factors
6%
Socio-economic Impact
6%
Mine Design
6%
Design Process
6%
In Situ
6%
Faculty Development
6%
Capital Losses
6%
Engineering
Rock Mass
72%
Research Project
62%
Design Parameter
57%
Selection Method
52%
Boundary Condition
41%
Test Result
31%
Rock Mass Modulus
31%
Modulus Value
31%
Risk Prone
31%
Design Process
20%
In Situ Stress
20%
Operational Data
20%
Design Complexity
20%
Situ Property
20%
Design Method
20%
Potential Source
20%
Engineering Discipline
20%
Design Data
20%
Plate Load Test
15%
Modulus Calculation
15%
Computer Simulation
15%
Parametric Study
15%
Rock Engineering
15%
Key Parameter
15%
Situ Test
15%
Test Data
15%
Lead Mines
15%
Machine Downtime
15%
Good Agreement
15%
Stoping
15%
Design Stage
15%
Expert Opinion
15%
Technical Report
15%
Zinc Mines
15%
Influencing Factor
15%