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Fault tree analysis for maintenance needs
Jari Halme
, Antti Aikala
VTT (former employee or external)
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
9
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Citations (Scopus)
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Keyphrases
Fault Tree Analysis
100%
Fault Tree
100%
Maintenance Requirement
100%
Failure Probability
33%
Service Actions
33%
Most Probable
22%
Maintenance Activity
11%
Industrial Systems
11%
Plant-wide
11%
Industrial Plant
11%
Software Platform
11%
Tree Trunk
11%
Substructure
11%
System Fault
11%
Service Hours
11%
Top Event Probability
11%
Platform Function
11%
Subsystem Interaction
11%
Service Order
11%
Critical Branch
11%
Tree Roots
11%
Cumulative Loading
11%
Event Failure
11%
Maintenance Decision Support
11%
Zero-failure
11%
Low Level Events
11%
Event Interaction
11%
Sub-event
11%
Reliability Probability
11%
Dynamic Information
11%
Real-time Dynamics
11%
Engineering
Event Tree
100%
Fault-Tree Analysis
100%
Failure Probability
100%
Applicability
33%
Industrial System
33%
Maintenance Action
33%
Data Source
33%
Industrial Plant
33%
Branch Tree
33%
Level Event
33%
INIS
maintenance
100%
fault tree analysis
100%
failures
72%
probability
54%
roots
36%
levels
27%
information
18%
data
18%
resources
18%
reliability
18%
values
9%
interactions
9%
applications
9%
dynamics
9%
computer codes
9%
loading
9%
industrial plants
9%
Computer Science
Fault Tree
100%
Data Source
9%
Software Platform
9%
Dynamic Information
9%
Database Maintenance
9%
Industrial System
9%
Analysis Technique
9%