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Asphalt Pavement Materials and Surface

Asphalt pavement, a key element in roads, bridges, and airports, faces durability issues mainly due to the mechanical weaknesses of asphalt materials and poor adhesion with aggregates. Advancing high-quality asphalt materials and understanding surface interactions are essential to improve pavement l...

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Format: Online
Sprog:engelsk
Udgivet: MDPI - Multidisciplinary Digital Publishing Institute 2024
Fag:
warm mix asphalt
additive
molecular dynamics simulation
lubrication
mechanism
rubber-modified asphalt
waste plastic
polyethylene
molecular simulation
interaction mechanism
ground penetrating radar
asphalt concrete base
homogeneity assessment
dielectric constant
model
different steel slag content
SMA-13 asphalt mixture
pavement performance
optimal steel slag content
PU binder
curing reaction mechanism
PU mixture
properties
stacking time
curing time
low-mark high-modulus mixture
complex modulus of trapezoidal beam
uniaxial compression dynamic modulus
conversion model
instrumented pavement
wheel wander
strain gauge
offset
load position strain
reclaimed asphalt pavement
sustainability evaluation
Hot-Mix Asphalt Pavement
cold in-place recycling pavement
sustainable pavements
fuzzy VIKOR
gussasphalt
natural asphalt
thermal stability
engineering properties
microstructure
cement stabilized aggregates
lime-fly ash stabilized aggregates
fatigue
modulus degradation model
semi-flexible pavement
Marshall stability
dynamic modulus
four-point beam fatigue test
Hamburg wheel tracking
MMLS3
low-grade asphalt
high-modulus asphalt mixture
road performance
road engineering application
cement concrete
bridge deck pavement
waterproof bonding layer
impermeability
nondestructive testing
construction quality evaluation system
dielectric constant–porosity prediction model
average of local dielectric constants
proportion of local severe segregation
polyurethane
mixture
shear strength
energy consumption
carbon emission
road engineering
ultra-thin overlays
micro carbon fiber
modified asphalt
red mud waste
subgrade
modification
tire–pavement contact
tri-axial stress
sensor array
sensing element
stress distribution
alpine regions
crumb rubber modified asphalt
TOR
temperature susceptibility
microscopic mechanism analysis
geogrid
reinforcement
asphalt
direct shear strength
oblique shear strength
graphene quantum dots (GQDs)
GQDs/SBS composite-modified asphalt
pavement performances
rheology
phase change material
physical property
rheological property
aging
direct interaction
cold recycling mixture using emulsified asphalt
fine aggregate
macro and micro properties
surface morphologies
air voids distribution
high altitude area
low temperature performance
frequent freeze–thaw cycles
crack resistance
silt
stabilized silt
sintered red mud-asphalt composite flexible curing agent
mechanical properties
steel slag
semi-rigid base
performance evaluation
numerical simulation
environmental impacts
aged asphalt
waste engine oil
physical properties
molecular model
pavement structure
analytic hierarchy process
gray relational theory
Abaqus
decision
solid waste
high proportion reuse
plant-mixed cold recycling technology
benefits analysis
laboratory evaluation
Hot Mix Asphalt (HMA)
aggregate gradation
Marshall test
rutting
water effect
embedded
sensing elements
asphalt pavement
mechanical response
high-modulus asphalt
SBS
rock asphalt
high- and low-temperature performance
creep performance
performance verification
nano-montmorillonite
carbon black
SBS-modified asphalt
ultraviolet aging
pavement health monitoring
CNT/EP composites
embedded strain sensor
encapsulation
asphalt mixture
high altitude and cold regions
large temperature differences
fracture
TSRST
flexural strength
fracture toughness
thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues
Online adgang:ONIX_20240514_9783725807499_430
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