Keyphrases
Rolling Contact Fatigue
83%
Wheelset
65%
Wheel Tread
63%
Wheel-rail Interaction
55%
Railway Wheel
55%
Wear Interaction
45%
Wheel-rail Contact
37%
Microstructure
37%
Strategic Model
33%
Vehicle-track Interaction
33%
Material Properties
33%
Wheel Rim
31%
System Cost
30%
Whole Systems
30%
Railway Industry
30%
Passenger Train
30%
High Force
29%
Surface Damage
28%
Wheel Surface
28%
Manufacturing Process
25%
Wheel Rolling
25%
Management Modeling
25%
Observed Damage
25%
Low Force
25%
Flange Contact
25%
Rolling Contact Fatigue Cracks
25%
Damage Pattern
25%
Sharp Curve
25%
Running Gear
25%
Shear pin
25%
Maximal Strength
25%
Track Access Charges
25%
Cost Modeling
25%
Wheelset Maintenance
25%
Fatigue Damage Model
25%
Wheel Wear
25%
Low Density
25%
Residual Stress
25%
Wheel Defects
25%
Contact Condition
25%
Neutron Diffraction Method
25%
Ultrasonic Method
25%
Hot Weather
25%
Track Buckling
25%
Dynamic Simulation
25%
Speed Limit
25%
Operational Impact
25%
Derailment
22%
Network Rail
21%
Steel Composition
20%
Engineering
Rolling Contact Fatigue
100%
Fatigue Damage
65%
Railway Wheel
55%
Derailments
50%
Railway
45%
Renewal
42%
Damage Surface
33%
System Cost
31%
Manufacturing Process
30%
Contact Force
30%
Rolling Stock
27%
Damage Model
25%
Asset Management
25%
Freight Vehicle
25%
Dynamic Performance
25%
Stress History
25%
Building Services
25%
Steel Composition
25%
Ultrasonics
25%
Contact Condition
25%
Cost Modeling
25%
Good Correlation
25%
Residual Stress
25%
Performance Criterion
25%
Life Cost
22%
Damage Rate
20%
Plastic Flow
17%
Material Microstructure
12%
Fatigue Crack
12%
Pearlite
12%
Flange Contact
12%
Proeutectoid Ferrite
12%
Material Yield Stress
12%
Field Side
12%
Initiation of Crack
12%
Surface Layer
12%
Tangential Force
12%
Mechanical Loading
12%
Hardness Value
12%
Fatigue Resistance
12%
Strain Hardening
12%
Speed Train
12%
Vehicle Dynamics
11%
Duty Cycle
10%
Hoop Stress
10%
Vehicle Design
8%
Environmental Damage
8%
Maintenance Strategy
8%
Service Provision
8%
Illustrates
8%