Keyphrases
Bituminous Mixtures
83%
High-speed Line
62%
Railway Track Bed
42%
Railway Structure
42%
Loire
42%
Viscoelastic Behavior
33%
Civil Construction
29%
Fatigue Resistance
28%
Ballast Layer
25%
Asphalt Concrete
25%
Asphalt Mixture
25%
Moisture Conditioning
21%
Thermoviscoelastic
21%
Linear Viscoelasticity
21%
Resistance Properties
19%
Asphalt
19%
Mechanical Properties
19%
Track Structure
17%
Moisture Damage
17%
Polymer Modified Bitumen
15%
Dynamic Stress
15%
High-speed Train
15%
Strain Gauge
15%
Accelerometer
15%
Complex Modulus Test
15%
Civil Engineering
14%
Cylindrical Sample
14%
Fatigue Test
14%
Moisture Damage Resistance
14%
Fatigue Damage Resistance
14%
Gap-graded Asphalts
14%
Behavior Characterization
14%
Plastic Lumber
14%
Loading Frequency
14%
Vertical Strain
14%
Asian Countries
14%
Overcoming Challenges
14%
Air Void Content
14%
Bamboo
14%
Bamboo Connections
14%
Rail Fastening System
14%
Sleeper
14%
Charging Equipment
14%
Railway Track Structure
14%
Surface Course
14%
Inductive Charging
14%
Moisture Effect
14%
Service Life
14%
Pavement Structure
14%
European Countries
14%
Engineering
Railway
100%
Bituminous Mixture
85%
High Speed Line
64%
Asphalt Concrete
35%
Complex Modulus
26%
Civil Construction
26%
Modified Bitumen
23%
Fatigue Resistance
21%
Asphalt Mixture
21%
Base Course
19%
Test Result
19%
Mechanical Fatigue Test
17%
Strain Gage
17%
Road
17%
Subballast
17%
Moisture Damage
17%
Ballast Layer
16%
Fastening System
14%
Charging Equipment
14%
Loading Frequency
14%
Air Void
14%
Connection Design
14%
Dynamic Response
14%
Dynamic Stress
14%
High Speed Train
14%
Comprehensive Review
14%
Structural Application
14%
Key Parameter
14%
Past Decade
14%
Sustainable Construction Material
14%
Design Process
14%
Pavement
14%
Environmental Benefit
14%
Classification Method
14%
Pilot Program
14%
Constitutive Model
13%
Maintenance Operation
12%
Resistance Property
11%
Civil Engineering
11%
Service Life
10%
Temperature Probe
10%
Graded Mixture
9%
Master Curve
8%
Peak Acceleration
7%
Operational Cost
7%
Main Reason
7%
Processing Method
7%
Adverse Condition
7%
Ultimate Tensile Strength
7%
Construction Application
7%