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A descriptive model of wear evolution in rolling bearings
Idriss El-Thalji
, Erkki Jantunen
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
150
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Citations (Scopus)
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Keyphrases
Abrasive
16%
Concentration Mechanism
16%
Condition Monitoring
16%
Condition Prognosis
16%
Damage Growth
16%
Debris
16%
Defect Damage
16%
Defect Initiation
16%
Defect Propagation
16%
Descriptive Model
100%
Design Condition
16%
Evolution Process
33%
Evolution Stage
16%
Five-stage
16%
Most Probable
16%
Physical Phenomena
16%
Rolling Bearing
100%
Rolling Contact Wear
33%
Steady State
16%
Stress Concentration
16%
Surface Topology
16%
Topology Change
16%
Transition Events
16%
Wear Evolution
100%
Wear Interaction
16%
Wear Mechanism
66%
Wear Progress
83%
INIS
abrasives
5%
adhesives
5%
concentration
5%
damage
5%
defects
11%
design
5%
fatigue
5%
fluctuations
5%
growth
5%
inclusions
5%
interactions
23%
lifetime
5%
modeling
5%
monitoring
11%
monitors
5%
range
5%
rolling
100%
steady-state conditions
5%
surfaces
5%
topology
5%
wear
100%
Nursing and Health Professions
Adhesive Agent
100%
Influencing Factor
100%
Material Science
Rolling Contact Wear
100%
Stress Concentration
50%