TY  - BOOK
AU  - Wu, Shaopeng
AU  - Amirkhanian, Serji
AU  - Xiao, Yue
AU  - Hoff, Inge
AB  - Construction materials are the most widely used materials for civil infrastructure in our daily lives. However, from an environmental point of view, they consume a huge amount of natural resources and generate the majority of greenhouse gasses. Therefore, many new and novel technologies for designing environmentally friendly construction materials have been developed recently. This Special Issue, “Environment-Friendly Construction Materials”, has been proposed and organized as a means to present recent developments in the field of construction materials. It covers a wide range of selected topics on construction materials.
DO  - 10.3390/books978-3-03921-015-2
ID  - OAPEN ID: 33691
KW  - fluorescence spectrum
KW  - microstructure
KW  - regeneration
KW  - sensitivity analysis
KW  - asphalt mixes
KW  - limestone aggregates
KW  - bio-oil
KW  - plateau value of dissipated strain energy ratio
KW  - diatomite
KW  - water-leaching pretreatment
KW  - fatigue performance
KW  - ultra-thin wearing course
KW  - recycling aggregate
KW  - design optimization
KW  - induction heating
KW  - vibration noise consumption
KW  - bitumen
KW  - relaxation
KW  - viscous-elastic temperature
KW  - field evaluation
KW  - healing agents
KW  - transmittance
KW  - Ca-alginate microcapsules
KW  - artificially aged asphalt mixture
KW  - sequencing batch Chlorella reactor
KW  - waste concrete
KW  - plant ash lixivium
KW  - steel fiber
KW  - ultra-high performance concrete
KW  - titanate coupling agent
KW  - SEM
KW  - self-healing
KW  - physical properties
KW  - porous pumice
KW  - thermal–mechanical properties
KW  - aggregate morphology
KW  - asphalt mortar
KW  - adhesion energy
KW  - styrene–butadiene–styrene (SBS) modified bitumen
KW  - water solute exposure
KW  - emulsified asphalt
KW  - demulsification speed
KW  - mineral-asphalt mixtures
KW  - aging processes
KW  - phase change materials
KW  - surface texture
KW  - long-term drying shrinkage
KW  - contact angle
KW  - aging depth
KW  - asphalt
KW  - calcium alginate capsules
KW  - nitrogen and phosphorus removal
KW  - micro-morphology
KW  - rice husk ash
KW  - low-temperature
KW  - cement
KW  - hydrophobic nanosilica
KW  - asphalt mixture
KW  - thickness combinations
KW  - layered double hydroxide
KW  - initial self-healing temperature
KW  - environmentally friendly construction materials
KW  - epoxidized soybean oil
KW  - limestone
KW  - chemical evolutions
KW  - temperature sensitivity characteristics
KW  - micro-surfacing
KW  - cement emulsified asphalt mixture
KW  - dynamic characteristics
KW  - high-strength concrete
KW  - flame retardant
KW  - durability
KW  - creep
KW  - damping
KW  - damage constitutive model
KW  - Ultra-High Performance Concrete (UHPC)
KW  - granite aggregate
KW  - diatomite-modified asphalt mixture
KW  - healing model
KW  - asphalt combustion
KW  - freeze-thaw cycle
KW  - SBS-modified bitumen
KW  - workability
KW  - graphene
KW  - flow behavior index
KW  - fluidity
KW  - parametrization
KW  - fatigue property
KW  - rankinite
KW  - railway application
KW  - crystallization sensitivity
KW  - aqueous solute compositions
KW  - pozzolanic reaction
KW  - self-healing asphalt
KW  - recycled material
KW  - artificial neural network
KW  - rheological properties
KW  - molecular dynamic simulation
KW  - building envelopes
KW  - aluminum hydroxide
KW  - crumb rubber
KW  - optimization
KW  - viscoelasticity
KW  - building energy conservation
KW  - diffusing
KW  - anti-rutting agent
KW  - molecular bridge
KW  - engineered cementitious composites (ECC)
KW  - pavement performance
KW  - morphology
KW  - colloidal structure
KW  - hydrophilic nanosilica
KW  - construction materials
KW  - road engineering
KW  - laboratory evaluation
KW  - rejuvenator
KW  - fatigue equation
KW  - aggregates
KW  - three-point bending fatigue test
KW  - energy-based approach
KW  - aggregate from sanitary ceramic wastes
KW  - polyacrylic acid
KW  - mastic
KW  - CO2
KW  - specific surface area
KW  - aggregate image measurement system
KW  - solubilizer
KW  - flexibility
KW  - simplex lattice design
KW  - SBS/CRP-modified bitumen
KW  - water stability
KW  - fatigue life
KW  - rejuvenating systems
KW  - skid-resistance
KW  - reclaimed asphalt pavement
KW  - rheology
KW  - hydration characteristic
KW  - surface energy
KW  - modified asphalt materials
KW  - asphalt pavement
KW  - stripping test
KW  - SOD
KW  - tensile stresses
KW  - ultraviolet radiation
KW  - basalt fiber
KW  - “blue-shift”
KW  - polyvinyl alcohol
KW  - sanitary ceramics
KW  - dynamic moduli
KW  - aggregate characteristics
KW  - compound modify
KW  - expanded graphite
KW  - steel slag
KW  - induced healing
KW  - thermal property
KW  - effective heating depth
KW  - dissipated strain energy
KW  - MDA
KW  - mechanical behavior
KW  - plateau value of permanent deformation ratio
KW  - long-term field service
KW  - crack healing
KW  - desulphurization gypsum residues
KW  - pavement failure
KW  - rejuvenation
KW  - interfacial transition zone
KW  - combination
KW  - polyethylene glycol
KW  - adsorption
KW  - tensile strains
KW  - cold recycled asphalt mixture
KW  - resistance to deformations
KW  - asphalt-aggregate adhesion
KW  - viscoelastic properties
KW  - damage evolution
KW  - carbonation
KW  - microwave heating
KW  - amorphous silica
KW  - high-modulus asphalt mixture (HMAM)
KW  - hot mix asphalt containing recycled concrete aggregate
KW  - microfluidic
KW  - dynamic responses
KW  - concrete
KW  - asphalt mastic
KW  - crumb rubber powder
KW  - response surface methodology
KW  - nanomaterial
KW  - self-compacting concrete (SCC)
KW  - rutting factor
KW  - X-ray computed tomography
KW  - fiber modification
KW  - overlay tester
KW  - rubber modified asphalt
KW  - ageing
KW  - aged bitumen
KW  - aged asphalt
KW  - recycling
KW  - damage characteristics
KW  - dynamic tests
KW  - permeation
KW  - ageing resistance
L1  - https://mdpi.com/books/pdfview/book/1358
LA  - English
LK  - https://directory.doabooks.org/handle/20.500.12854/46622
PB  - MDPI - Multidisciplinary Digital Publishing Institute
PY  - 2019
SN  - 9783039210145
SN  - 9783039210152
TI  - Environment-Friendly Construction Materialsnull
ER  - 
