Asphalt Pavements

Y. Richard Kim, Y. Richard Kim

• Publisher: CRC Press
• Year: 2014
• ISBN:
  9781315736754
• Edition: 1
• Topic: Technology & Engineering
• Subtopic: Civil Engineering
• Index: Technology & Engineering

Asphalt Pavements contains the proceedings of the International Conference on Asphalt Pavements (Raleigh, North Carolina, USA, 1-5 June 2014), and discusses recent advances in theory and practice in asphalt materials and pavements. The contributions cover a wide range of topics: - Environmental protection and socio-economic impacts- Additives and mo

Table of contents

• Front Cover
• Table of contents
• Welcoming remarks
• ISAP 2014 committees
• Sponsors
• Plenary papers
• Plenary session on design
• M-E flexible pavement design: Issues and challenges
• Plenary session on materials
• Insights into binder chemistry, microstructure, properties relationships—usage in the real world
• Plenary session on preservation
• Why preservation-definitions, treatment types, benefits, and challenges
• Podium papers
• Environmental protection and socio-economic impacts
• Urban heat island effect: Comparing thermal and radiation effects of asphalt and concrete pavements on adjacent buildings using CFD methods
• Worker exposure to ultrafine particles in asphalt laboratory
• Method for calculating warm mix energy saving based on stack gas measurements
• Additives and modifiers for asphalt concrete—I
• Surface energy measurements and wettability investigation of different minerals and bitumen for cold asphalts
• Damage in asphalt concrete during the dynamic complex modulus and flow number tests
• The Universal Simple Aging Test (USAT): Simulating short- and long term hot and warm mix oxidative aging in the laboratory
• Maintenance and rehabilitation—I
• Performance study of fog or rejuvenating seals on gap and open graded surfaces for Caltrans
• Evaluation of early aggregate retention performance of chip seals with Polymer-Modified Emulsions
• Pavement and Materials Technology Review for municipalities—including a case study
• Experimental characterization of asphaltic materials—I
• Field applications of portable infrared spectroscopy to asphalt products
• Experimental investigation of frost/thaw effects on bituminous mixes under wet conditions
• Determination of discrete retardation spectra of asphalt binders using Modified Windowing Method
• Life cycle cost analysis/modeling of compaction in the laboratory and in the field
• DAsphalt—Innovative asphalt mix for PPP projects with increased lifetime
• Superpave Gyratory Compactor as a compaction predictor tool for unbound material
• Including asphalt cooling and rolling regimes in laboratory compaction procedures
• Perpetual pavements
• Oxidative aging of long-life asphalt pavements in Hong Kong
• Mechanistic responses in perpetual pavement
• Long life surfaces for busy roads
• Optimising long life low noise porous asphalt
• Pavement management systems
• A performance-based Pavement Management System for the road network of Montreal city—a conceptual framework
• Noise related to pavement preservation surfaces in NJ
• Significance of non-load related distresses on airfield asphalt pavements: Review of 25 years of pavement management data
• Analysis of rolling resistance models to analyse vehicle fuel consumption as a function of pavement properties
• Additives and modifiers for asphalt concrete—II
• Physicochemical characteristics of RAP binder blends
• Evaluation of test sections with Polymer Modified Bitumens
• The low temperature characterization of bio-modified shingles
• Optical fiber sensors with flexible encapsulation for pavement behavior monitoring
• Sustainable asphalt technologies—I
• New surface layers with low rolling resistance tested in Denmark
• Design alternative comparison system for pavements
• Development of water-based curing reactive cold asphalt repair material
• Effect of moisture on asphalt mastic tensile properties at ambient temperature
• Experimental characterization of asphaltic materials—II
• Triaxial Cyclic Compression Testing of hot mix asphalt with cyclic confining pressure
• Impact of field ageing on low-temperature performance of binder and hot mix asphalt
• Advanced Shear Tester for solid and layered samples
• Effect of cooling rate on the thermo-volumetric, thermo-viscoelastic, and fracture properties of asphalt mixtures
• Nondestructive testing of asphalt pavement
• Study of the cavity problem under the pavement caused by the earthquake in 2011
• Performance of Permeable Friction Course (PFC) pavements over time
• Implementation of algorithms for asphalt moduli temperature correction
• Use of distributed fiber optic sensors to detect damage in a pavement
• Pavement condition survey/pavement smoothness/quality control/quality assurance
• Evaluation of fatigue damage in asphalt pavement using FWD dissipated work
• Estimation of a longitudinal true profile for expressway pavements by a mobile profiling system
• A study on profile improvement in pavement repair
• Assess asphalt in-place density with Intelligent Compaction measurements
• Microstructural characterization and micromechanics of asphaltic materials—I
• Automatic generation of micromechanical numerical simulation model of asphalt concrete with visco-elastic properties
• Understanding the microstructure of bitumen: A CLSM and fluorescence approach to model bitumen ageing behavior
• A constitutive model for simulation of water to ice phase change in asphalt mixtures
• Comparing image processing techniques for asphalt concrete X-ray CT images
• Long-term pavement performance prediction—I
• Effect of saturated ageing on fatigue behavior of asphalt pavements
• Military pavement subgrade problems
• Influence of moisture on Resilient Deformation behaviour of Unbound Granular Materials
• Determination of the preferred intervention point for rehabilitation of dense graded asphalt wearing courses on the sand sub-gragrades of the Swan Coastal Plain in consideration of the triple bottom line (ecological, economic and social impacts)
• Experimental characterization of asphaltic materials—III
• Discrete Element Modelling and experimental study on dilation behaviour of asphalt mixtures
• Fatigue characters of asphalt multilayer surfacing system on steel bridge deck based on the five-point bending tests
• Determination of binder-aggregate adhesion by contact angle measurement
• Investigation of asphalt mixture strength statistics at low temperature based on size effect analysis
• Mineral aggregate in asphalt concrete/mix design methodology/novel methods to aid mix design
• Effect of fine aggregate form, angularity and texture on the viscoelastic properties of asphalt mortar
• Research on fractal features of basalt aggregate surface topography
• Design of cement stabilized full depth reclaimed mixes using Superpave Gyratory Compactor
• Hot Mix Asphalt for airfield pavements—moving from Marshall mix design to Superpave
• Implementation of a static strength test for evaluating the rutting resistance of asphalt mixtures and its application for quality controls
• Warm mix asphalt technologies—I
• Moisture susceptibility of Warm-Mix Asphalt
• Evaluation of Warm Mix Asphalt technology for surface mixtures
• Study on the improved recycled asphalt mixtures by microbubble-foamed asphalt
• Workability and coatability of foamed Warm-Mix Asphalt
• Cleaner Warm-Mix Asphalt (CWMA) at macro level: Case study for the United States
• Innovative pavement analysis and design—I
• Retrofitted fully permeable shoulders as a stormwater management strategy on highways
• Laboratory characterization of North Carolina base course aggregates for permanent deformation model development and calibration
• Towards a sustainable surfacing system for the long-spanned orthotropic steel bridge deck in China Part I: State-of-the-practice
• Rutting and cracking modeling of asphalt pavements considering nonlinear viscoelasticity and cohesive zone fracture
• The application of strain limit based design to heavy industrial pavements
• Pavement response analysis under static and moving wheel loads—I
• Determination of an equivalent elastic system to a multilayer viscoelastic structure: Application to the case of thick flexible pavement
• Best sensing location in pavement to compare loading conditions
• Structural and functional deterioration of porous asphalt pavement under moving wheel load in laboratory
• Heavy Vehicle Simulator tests at VTI
• Experimental characterization of asphaltic materials—IV
• Effect of asphalt binder oxidation on the modulus of asphalt concrete mixtures
• Evaluation of cracking resistance of Superpave mixtures in Kansas
• An experimental study on viscoelastic behaviour of bituminous mastics
• Viscoplastic strain modeling of asphalt binder based on repeated creep recovery test
• Fatigue performance and stiffness properties of Stone Mastic Asphalts with steel slag and coal ash
• Additives and modifiers for asphalt concrete—III
• Comparison between SBS and crumb rubber modified asphalt—laboratory and field study
• Mechanical influence of mineral fillers on asphalt mixture cracking behaviour
• Decay law of Cement-Emulsified-Asphalt-Cold-Recycled Mixture (CEACRM) in recycling process
• Investigating effect of amine based additives on asphalt rubber rheological properties
• Microstructural characterization and micromechanics of asphaltic materials—II
• Micro-scale investigation of oxygen diffusion on bitumen surfaces
• Multiscale modeling of asphaltic media considering heterogeneity, viscoelasticity, and nonlinear fracture damage
• Structuralization as characteristic to link the mechanical behaviours of asphalt concrete at different length scales
• Simulation of drying aggregate in asphalt plants
• Experimental characterization of asphaltic materials—V
• Evaluation of gradation-based criteria for cracking performance
• Characterization of nonlinear viscoelastic material properties of asphalt materials in multiple length scales
• Usage of advanced functions of Dynamic Shear Rheometer for the selection of a suitable binder for asphalt mixtures
• Possibilities of a hollow cylinder tester for asphalt mixtures
• Recycling—I
• Rutting and cracking potential of HMA consisting of RAP
• Workability of WMA and WMA-RAP mixtures and relationship to field compaction
• Effect of lime on short-term bearing capacity of bitumen emulsion recycled mixtures
• Performance evaluation of Cement Grouted Bituminous mixes
• Modeling of asphaltic materials and pavements
• Aging and constitutive modeling of asphalt mixtures: Research developments in Brazil
• Evaluation of the fatigue performance of asphalt mixtures with high RAP content
• Three dimensional behaviour of bituminous mixtures in the linear viscoelastic and viscoplastic domains: The DBN model
• Accelerated pavement testing for verification of DARWin-ME models for superpave pavements
• Power law viscoelastic contact model for Discrete Element Method simulation of asphalt binder
• Pavement response analysis under static and moving wheel loads—II
• Inverted pavement versus semi-rigid pavement: Comparison of dynamic response in field test via mobile loading simulator
• Pavement responses as function of truck tire type
• Effect of geotextile-reinforced base on fatigue life of Hot-Mix Asphalt pavement
• Resilient modulus modeling of unsaturated subgrade soils with matric suction control
• Influence of saturation and repeated loading on mechanical behavior of permeable asphalt pavement
• Recycling—II
• Utilization of municipal solid waste Incinerator Bottom Ash Aggregate in asphalt mixture
• An investigation into the effects of accelerated curing on Cold Recycled Bituminous Mixes
• Forensic analysis of long term aged Hot Mix Asphalt field cores containing Reclaimed Asphalt Pavement
• Resistance to permanent deformation of base courses asphalt concretes made with RAP aggregate and steel slag
• Effect of asphalt binder content and grade on transverse field cracking performance of Minnesota’s Roadways
• Warm mix asphalt technologies—II
• Temperature effects on Warm Mix Asphalt performance
• Evolution of bubble size distribution during foam bitumen formation and decay
• Evaluating the effects of Sasobit on characterization and workability of asphalt mixes containing reclaimed asphalt binders
• Towards a better understanding of Warm Mix Asphalt surface-active additives mechanism
• Study on integrated application and durability of two warm-mix asphalt techniques
• Experimental characterization of asphaltic materials—VI
• Characterization of bituminous layers interfaces: From the mechanical behaviour to the modelling
• Comparison of asphalt fatigue characteristics under different control modes
• Moisture sensitivity of interlayers between conventional and porous asphalt mixes
• Fatigue behaviour of an asphalt concrete reinforced with glass fiber grid with 4PB test
• An investigation into dynamic modulus of Western Australia Hot Mix Asphalt
• Additives and modifiers for asphalt concrete—IV
• Composite stress analysis of fibre-reinforced Hot-Mix Asphalt mixtures
• Evaluation of Recycled Tire Rubber (RTR) modified binders to typical polymer modified binders for performance specifications
• Investigating the evolution of emulsified binder nanorheology using Atomic Force Microscopy
• Estimating the tensile strain at the bottom of the HMA layer using TSD deflection slope measurements
• Microstructural characterization and micromechanics of asphalt materials
• Modeling the effects of constituent properties on the mechanical behavior of asphalt mixtures
• Viscoelastic behavior of mastic phase of Asphalt Concrete
• Uniaxial fatigue testing of diverse asphalt concrete mixtures
• Quantitative nanomechanical property mapping of bitumen micro-phases by peak-force Atomic Force Microscopy
• Sustainable asphalt technologies—II
• Effective reduction of asphalt pavement temperatures
• Evaluation of SMA containing RAP and RAS
• The model for induction-healing asphalt concrete
• Investigation on hardening mechanism and cement hydration of Cement Asphalt Emulsion Composites
• Long-term pavement performance prediction—II
• Scottish Inspection Panel
• The residual life of thin surfaced pavements
• Comparison of rutting performance between the PURWheel and the NCAT test track
• Experimental characterization of asphaltic materials—VII
• Alternative methodologies to evaluate storage stability of rubberised bitumens
• Investigation of the effect of temperature on asphalt binder fatigue
• Effective temperature for permanent deformation testing of asphalt mixtures
• Possibility to utilize new natural rock asphalt for guss asphalt
• Additives and modifiers for asphalt concrete—V
• Improvement of asphalt concrete moisture damage resistance using Saline Coupling Agent
• Estimation of the composition of rubber bitumen pellets using Thermogravimetric Analysis
• Innovative pavement analysis and design—II
• Towards modeling rutting for asphalt pavements in hot climates
• Evaluation of low temperature stability of bitumen and hot mix asphalt pavement
• Development of field-calibrated master curves for in-place modulus
• The development of pavement rehabilitation design guidelines for increasing the allowable axle load from 100 kN to 115 kN
• Maintenance and rehabilitation—II
• The crack resistance potential of sand asphalts subjected to thermal loading
• Sustainability metrics of flexible pavement preservation and rehabilitation in Canada
• Quantifying the pavement preservation value of chip seals
• Final evaluation of LTPP SPS-3 flexible maintenance performance
• Recycling—III
• Rehabilitation of Ardebil-Khalkhal main road in Iran applying cold recycling with foam bitumen and cement
• Temperature and confinement effects on the stiffness of a Cold Central-Plant Recycled mixture
• Laboratory performance evaluation of RAP/RAS mixtures designed with virgin and blended binders
• Effect of rejuvenator on performance properties of HMA mixtures with high RAP contents
• Experimental characterization of asphaltic materials—VIII
• Testing asphalt concrete in diametral tension-compression
• The Reflective Cracking Tester: A third-scale accelerated pavement tester for reflective cracking
• Contact characterization of asphalt mixture using image process
• Additives and modifiers for asphalt concrete—VI
• Reduction of low temperature asphalt binder stiffness using a Renewable Additive
• Developing test methods for the determination of the performance and safety of bio-sourced Asphalt Release Agents (ARAs)
• Laboratory evaluation of Sulphur Extended Asphalt Modifier
• Moisture susceptibility of Nano-sized Hydrated Lime-modified foamed Warm Mix Asphalt mixes
• Microstructural characterization and micromechanics of asphaltic materials—III
• Microstructure-property relationships of Sasobit modified Warm Mix Asphalts
• Micromechanical and microstructure analysis of asphalt concrete under triaxial load condition based on Discrete Element Method
• Effect of micro-scale morphological parameters on meso-scale response of Asphalt Concrete
• Combined effects of oxidative aging and moisture inclusion on asphalt binder using Molecular Dynamic simulation
• Asphalt pavement and environment
• Use of Life Cycle Assessment for asphalt pavement at the network and project levels
• Photocatalytic Warm Mix Asphalt laboratory performance testing
• Clear asphalt concrete for energy saving in road tunnels
• Optimization of thermoelectric system for pavement energy harvesting
• Performance-related specifications
• Investigation of limiting criteria for asphalt mixture low temperature cracking
• A simplified flexible pavement guide with analytical reliability analysis
• Integration of Mechanistic-Empirical design and performance based specifications: California experience to date
• The use of performance specifications to improve pavement design and sustainability in the UK
• Experimental characterization of asphaltic materials—IX
• Impact on the use of Reclaimed Asphalt Shingles on mixture and recovered binder properties
• Mode II fatigue and reflective cracking performance of GlasGrid-reinforced asphalt concrete under repeated loading
• Evaluating the effects of volumetric properties on the electrical resistivity characteristics of asphalt mixes