Engineering
Evaluation
100%
Rheological Behavior
100%
Aging
100%
Polymers
100%
Lower Viscosity
100%
Aged Asphalt
71%
Performance
71%
High Temperature
42%
Impact Toughness
42%
Temperature
42%
Low-Temperature
42%
Rutting Resistance
28%
Light Oil
14%
Bending Beam Rheometer Test
14%
Temperature Property
14%
Pavement Performance
14%
Economics
14%
Requirement
14%
Dynamic Shear Test
14%
Research
14%
Test Beam
14%
Rotational
14%
Road Construction
14%
Resistance Property
14%
Fluid Viscosity
14%
Concentration Ratio
14%
Rheometer
14%
INIS
asphalts
100%
evaluation
100%
polymers
100%
viscosity
100%
aging
100%
performance
26%
sensitivity
13%
cracking
13%
low temperature
13%
high temperature
13%
fatigue
13%
recycling
8%
dynamics
4%
restoration
4%
economics
4%
pavements
4%
concentration ratio
4%
oils
4%
construction
4%
bending
4%
beams
4%
shear
4%
roads
4%
Material Science
Viscosity
100%
Asphalt
100%
Polymers
100%
Temperature
39%
Rheological Property
4%
Fatigue of Materials
4%
Bending
4%
Keyphrases
Anti-aging Properties
100%
Aged Asphalt
71%
Polymer Modified Asphalt
28%
Performance Restoration
14%
Resistance Ability
14%
Asphalt Rejuvenator
14%
Bending Beam Rheometer
14%
Anti-temperature
14%
Viscosity Test
14%
Rheometer Test
14%
Conventional Properties
14%