Advances in Materials and Pavement Performance Prediction 1st edition by Eyad Masad, Amit Bhasin, Tom Scarpas ISBN 1138313092 978-1138313095

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ISBN 10: 1138313092
ISBN 13: 978-1138313095
Author: Eyad Masad, Amit Bhasin, Tom Scarpas

 AM3P reflects on the increasing international emphasis on the design and construction of sustainable pavement systems development highlighting various approaches to predict pavement performance.

Advances in Materials and Pavement Performance Prediction 1st Table of contents:

Session 1: Modeling Distress in Flexible Pavements

Modeling the Relationships Between Pavement Distress and Performance

Case Study for Overweight Vehicle Pavement Damage Associated Costs

Calibration of a Mechanistic-empirical Fatigue Model Under Different Moisture Conditions

Low Volume Road Damage—load and Environmental Factors

Effect of Moisture Infiltration on Flexible Pavement Performance Using the Aashtoware Pavement-me

Session 2: Integrating Material and Structural Response

The Effect of Asphalt Layer Stiffness Modulus Variation to Top-down Cracking

Implementation of Vecd Model in the Incremental-recursive Calme Approach

Stress State of Asphalt Layers in Hybrid Pavements

Design and Cost Effectiveness of Perpetual Pavements

Performance Modeling of a Highly Modified Asphalt Pavement

Session 3: Structural Health Assessment

Evaluation of Airfield Pavement Responses from Hwd Deflections

Damage Progression Identification in Asphalt Concrete Pavements: a Smart Self-powered Sensing Approa

Moving Deflectometer Devices to Predict Critical Pavement Responses

Effect of Fiber Bragg Grating Sensors Installation on Pavement Responses

Study on Integral Processing of Pavement Vibration Acceleration

Session 4: Measuring and Modeling Mixture Performance – 1

Laboratory Evaluation of Foamed Warm Mix Asphalt

Characterisation of Air Voids in W-fam Samples Using X-ray Ct Imaging

Characterizing the Behavior of Warm Mix Asphalt Using a Visco-elasto-plastic Continuum Damage Model

Effects of Different Loading Conditions on Fatigue Properties of Sma

Laboratory Evaluation of Polymer-based Mixes

Session 5: Measuring and Modeling Mixture Performance – 2

Frequency of Fatigue Tests and Decay of Modulus of Asphalt Concrete

Application Potential of Warm Mix Asphalt for Airport Pavements

Asphalt Mixture Performance-related Specifications

Performance-based Qc/qa Procedure for Hma Airport Pavements: a Case Study

Accurate Prediction of Laboratory Permeability of Hot Mix Asphalt Using Machine Learning Techniques

Session 6: Computational Modeling to Understand Mixture Production and Behavior

Experimental and Numerical Investigation on Rap Mixtures at Low Temperature

Simulation of Asphalt Mixtures Made by Different Compaction Methods

Cumulative Distress Curve Estimation from Micromechanical Asphalt Model

Effect of Aggregate Packing on Open Ac: Micromechanical Analysis

Numerical Modeling of Aggregate Drying and Heating in a Rotary Dryer

Session 7: Measuring and Modeling Performance of Asphalt Binders

Evaluation of Degradation of Polymer Due to Aging in Asphalt Binder Using a Novel and Dsr-based Exte

Shear Rate Dependence on Mixing and Compaction Temperatures

Development of Pg for Asphalt Binders on Libyan Desert Road Network

Modeling of Rubber Swelling in Bituminous Binders

Effects of Using Re-refined Engine Oil Bottoms as an Asphalt Binder Modifier

Relation of Modified Bitumen Microstructure to Cracking Indicators

Session 8: Binders and Emulsions: Workability, Adhesion and Rheology

Using Surface Free Energy to Study Adhesion Between Asphalt and Frp

Influence of Dosage of Warm Mix Additives on the Rheological Behavior of Asphalt Binders in the Mixi

Nano-fiber Modified Asphalt Emulsion Residues at High Temperatures

Research on the Adhesion Property of Asphalt-ceramsite System

Performance of Emulsion Residue Obtained from Oven Evaporation and Mab

Session 9: Recycling in Asphalt Mixes

A Simple Approach for Modification of Rap Bitumen

Investigation of Cracking Resistance of Recycled Superpave Mixtures

Optimal Waste Cooking Oil Dosage in Blends Containing Aged Binder

Case Study on Balancing Mixtures with High Recycled Materials Contents

Recycling Efficiency Evaluation of Asphalt Plant

Session 10: Modeling and Measurement of Noise and Tire-pavement Interaction

Evaluation of Traffic Noise in the State of Qatar

Determining the Effect of Damping Layers in Flexible Pavements on Traffic Induced Vibrations

Holistic Simulation of Tire-pavement-system: Mechanics and Uncertainty

Analysis of the Tire Pressure Effect on Flexible Pavement’s Responses by Means of Fem and Apt Inst

Impact of Tire Types and Configurations on Responses of a Thin Pavement Structure

Session 11: Pavement Roughness: Measuring, Modeling and Implications – 1

Improving Pavement Friction Through Aggregate Blending

Investigation of Dynamic Vehicle Loading Due to Roughness of Pavement—a Case Study

Griptester Measurements and Texture-friction Relationship

Effect of Pavement Structural Response on Rolling Resistance and Fuel Economy Using a Mechanistic Ap

Session 12: Pavement Roughness: Measuring, Modeling and Implications – 2

Evaluation of Rolling Resistance Models for Pavement Surface Texture Effect

Evaluation of Fuel Consumption Models for Pavement Surface Roughness Effect

Finite Element Studies of Temperature Effect on Braking Distance

Evaluation of Low-speed Pavement Skid Resistance—need for New Testing Method

Session 13: Developments in Structural Design of Pavements

Local Calibration of Aashtoware Pavement Me Design Software for Flexible Pavements in Kansas

Experimental Determination of Interlayer Shear Bond Stiffness Using the Dresden Dynamic Shear Tester

Sustainable Mitigation of Stormwater Runoff Through Fully Permeable Pavement

Costa Rica’s Mechanical Empirical Design Software for Flexible Pavements, Crme

Performance of Bitumen Stabilised Materials (bsms)—laboratory Technology Developments and Validati

Session 14: Variability in Mixture and Pavement Design

Variability of Hma Fracture Energy When Accounting Ligament Morphology

Assessment of Variations in Asphalt Pavement Mechanical Responses

Reliability-based Specification for High Volume Traffic Asphalt Pavements

Probabilistic Modeling of Viscoelastic Behavior of Asphalt Concrete

Applications of Grid Subdivision to Estimate Asphalt Microstructure Responses

Session 15: Mixes and Binders with Additives and Industrial Waste

Effect of Fly Ash and Lime as Mineral Filler in Asphalt Concrete

Induction Healing of Asphalt Mixes with Steel Slag

Sulphur Factory Waste Usability in Hot Mix Asphalt as Filler Material

Performance of Asphalt Mix with Glass and Glass-lime Composite Fillers

Bridging Gaps Between Micro and Mesoscale Properties of Biochar Mortar

Session 16: Chemomechanics and Aging of Binders – 1

Asphalt Binder Model Based on the Six-fraction

Nano Scale Aging Characterization of Carbon Nanotube Modified Asphalt Binders

Diffusion of Rejuvenator in Rap Binder Observed at Molecular Scale

Bulk Microstructures in Bitumen and Its Influence on Rheology

Epoxy Modified Bitumen: Chemical Hardening and Its Interpretation

Session 17: Chemomechanics and Aging of Binders – 2

Ageing Effect on the Relaxation Properties of Bitumen

Effects of Short Term Aging on Aggregate Bitumen Compatibility

Investigation of Moisture Damage Coupled with Aging of Asphalt Binder

Proper Timing in Determining Oxygen Diffusion Coefficients of Ac Mix

Field Aging of Asphalt Binders in Subtropical Climate: a Case Study in Hong Kong

Session 18: Rigid Pavements 1

Experimental Study on Novel Fibre Reinforced Concrete for Pavement Structures

Neural Network Algorithms for Rigid Airfield Pavement Responses

Performance-related Approach for Rigid Pavement Design

Dynamic Backcalculation for Rigid Pavements Using Generalized Vlasov Model

Modeling and Prediction of Shrinkage Cracking in Repair Systems

Session 19: Rigid Pavements 2

The Effect of the Surface Water on Bond Strength of Silicone Sealants

The Effect of the Elastic Modulus of Concrete on Rigid Pavement Design

Experimental and Numerical Assessment of the Behavior of Grc Overlays

Session 20: Pavement Geotechnics 1

Use of Non-destructive Testing as Quality Control Tool and Input for Analytical Pavement Design

Flooding Effect on Granular Road Base Material with Clay Subgrade

Applied Stress States in Relation to Strength Controlling Unbound Aggregate Base Permanent Deformati

Field Performances of Chemically Stabilized Quarry By-products Evaluated Through Accelerated Pavemen

Session 21: Pavement Geotechnics 2

Thermodynamic Stability of Smectite Treated with Chemical Stabilizer

Bender Element Pairs to Effectively Quantify Local Stiffness Improvement Due to Geogrid-aggregate In

Modeling the Cracking Process of Porous Media Due to Moisture Evaporation

Subgrade Soil Stabilization Using Ionic Polymer Variants

Session 22: Innovations in Pavement Maintenance, Analysis, and Design

Nucleus Approach for Pavement Analysis Under Superheavy Load

Testing and Modeling Geotextiles as Reflective Cracking Attenuators

Intelligent Infrastructure and Data Science in Support of Road Maintenance

Thermal Analysis of Hydronic Asphalt Pavement Systems

Pavement Maintenance Scheduling—a System Dynamics Approach

Session 23: New Asphalt Mix Paradigms

Self-healing Properties of Asphalt Mixtures with Embedded Capsules

Improving Thermal Properties of Asphalt Concretes

Mechanical Performance of Cold Mix Asphalt with Bitumen Microcapsules

Induction Hardening of Thermoset Modified Bituminous Materials

Inductive Bituminous Mortar with Steel and Aluminum Fibers

Session 24: Modeling and Measurement of Chip Seals

Performance Based Design Procedure for Chip Seal Projects

Three-dimensional Profiler for Performance Evaluation of Chip Seals

Effect of Percent Embedment on Chip Seal Performance Using Fe Modeling

Developing a Chipseal Construction Method for the Laboratory

A Three Dimension Road Macrotexture Reference Surface

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Tags: Eyad Masad, Amit Bhasin, Tom Scarpas, Pavement Performance