Keyphrases
Rail Seat
100%
Concrete Crosstie
100%
Laboratory Investigation
100%
Abrasive Wear Mechanism
100%
Mix Design
50%
Abrasive Wear
37%
Abrasion Resistance
37%
Moisture
25%
North America
25%
Service Life
25%
Abrasion
25%
Railway Industry
25%
Railway Infrastructure
25%
Infrastructure Components
25%
Resistance Test
25%
Crossties
25%
Performance Demands
25%
Concrete Mix Design
25%
Abrasive
25%
Material Properties
12%
Tight
12%
Divergence
12%
Relative Motion
12%
High Mass Loading
12%
Wear Performance
12%
Lack of Understanding
12%
Curing Conditions
12%
Wear Depth
12%
Wear Rate
12%
Low Load
12%
Design Condition
12%
Component Design
12%
Mathematical Relationship
12%
Simple Experiments
12%
Low Speed
12%
Shared Infrastructure
12%
Performance Problems
12%
Rail Pad
12%
Industry Survey
12%
Fastening System
12%
Freight
12%
Passenger Rail
12%
Concrete Specimen
12%
Load Time
12%
Cross-tie
12%
Tribological Properties
12%
Life Cycle Cost
12%
Gross Tonnage
12%
Axle Load
12%
Performance Curve
12%
High-speed Passenger Train
12%
Lapping Machine
12%
Rotating Wheel
12%
Principal Performance
12%
Geometric Tolerance
12%
Iterative Design
12%
Abrasion Mechanism
12%
Abrading
12%
Tribological Processes
12%
Wear Conditions
12%
High-speed Train
12%
Industry Specialist
12%
Time Cycle
12%
Engineering
Rail Seat
100%
Abrasive Wear
100%
Mixing Design
50%
Abrasion Resistance
37%
Concrete Mix
25%
Resistance Test
25%
Service Life
25%
Mechanical Design
12%
Test Result
12%
Input Parameter
12%
Curing Condition
12%
Design Condition
12%
Fits and Tolerances
12%
Railway
12%
Rail Pad
12%
Fastening System
12%
Axle Load
12%
Relative Motion
12%
Performance Curve
12%
Lifecycle Cost
12%
Rail Infrastructure
12%
Tribological Process
12%
Rotating Wheel
12%
Lapping Machines
12%
Gross Tonnage
12%