Engineering Properties of Resin Modified Pavement (RMP) for Mechanistic Design
TOC
Chapt 1: Introduction
Description of RMP
Materials and Construction
Areas of Application
Stmctural Design
costs
HistoWof~P
Summary
Research Objectives
Research Scope
Research Approach
Chapt 2: Review of Literature
Design and Applications
Engineering Propetiies
Ultra.Thin Whitetopping
Chapt 3: Field Evaluations
Site Inspections of Past Projects
Summary and Results of Field Evaluations
Chapt 4: Laboratory Materials and Mix Designs
Materials
Aggregates
Asphalt Cement
Portland Cement
Silica Sand
Fly Ash
Resin Grout Modifier
Mix Designs
Open-Graded Asphalt Concrete
Resin Modified Portland Cement Grout
LaboratoW Specimen Production
Chapt 5: Strength Properties
Indirect Tensile Strength
Splitting Tensile Strength
Flexural Strength
Compressive Strength
Resin Modified Pavement Material
Grout Cubes
Chapt 6: Elastic and Stiffness Properties
Resilient Modulus by Indirect Tensile Test
Dynamic Young’s Modulus by Fundamental Transverse Frequency Test
Chapt 7: Themal Propetiies
Coefficient of Thermal Expansion
Freezing and Thawing Resistance
Chapt 8: Traffic.Related Propetiies
Fatigue Characteristics
Skid Resistance
Chapt 9: Linear Elastic Layer Modeling
Corps of Engineers Layered Elastic Design Method
RMP Layered Elastic Material Propetiies
RMP Structural Design Example
Chapt lO: Conclusions and Recommendations
Conclusions
Recommendations
App A: Resin Modified Pavement Mix Design Procedure
App B: Resin Modified Pavement Guide Specification
App C: Strength and Stiffness Test Results
References
Source:http://link2ebook.blogspot.com/2007/10/engineering-ebook-free-atrikel.html
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