Table of Contents
CHAPTER 1—GENERAL
1.1—Introduction
1.2—Scope
1.3—Background
CHAPTER 2—NOTATION AND DEFINITIONS
2.1—Notation
2.2—Definitions
CHAPTER 3—SUBGRADES AND SUBBASES
3.1—Pavement support system
3.2—Subgrade/subbase failure modes
3.3—Subgrade considerations
3.4—Subbase considerations
CHAPTER 4—PAVEMENT DESIGN
4.1—Introduction
4.2—Loads
4.3—Concrete properties
4.4—Jointing
4.5—Reinforcement
4.6—Joint stability (load transfer)
4.7—Thickness design
4.8—Other design features
CHAPTER 5—CONCRETE MATERIALS AND MIXTURE PROPORTIONING
5.1—Introduction
5.2—Cementitious materials
5.3—Mixing water
5.4—Aggregates
5.5—Admixtures
5.6—Concrete mixture design
CHAPTER 6—CONSTRUCTION
6.1—Introduction
6.2—Subgrade and subbase preparation
6.3—Layout for construction
6.4—Forming and use of rigid screed guides
6.5—Concrete placement, screeding, and finishing
6.6—Installation of the different joint types
6.7—Joint sealing or filling
6.8—Curing
6.9—Special considerations for adverse weather conditions
6.10—Striping
6.11—Opening to traffic
CHAPTER 7—INSPECTION AND TESTING
7.1—Introduction
7.2—Site preparation and grading
7.3—Subgrade and subbase
7.4—Forming
7.5—Reinforcing steel
7.6—Concrete quality
7.7—Concrete curing
7.8—Jointing
7.9—Surface texture
CHAPTER 8—MAINTENANCE AND REPAIR
8.1—Introduction
8.2—Surface sealing
8.3—Joint resealing and crack sealing
8.4—Partial depth repair
8.5—Full-depth repair
8.6—Undersealing and leveling
CHAPTER 9—SUSTAINABILITY AND INDUSTRIAL CONCRETE PAVEMENTS
9.1—Sustainability considerations
9.2—Concrete as a sustainable industrial pavement system
9.3—Life cycle analysis
CHAPTER 10—REFERENCES
Authored documents
APPENDIX A—SOIL CLASSIFICATIONS AND DYNAMIC CONE PENETROMETER
A.1—Soil classifications
A.2—Dynamic cone penetrometer
APPENDIX B—THICKNESS DESIGN SOFTWARE AND THICKNESS DESIGN EXAMPLE
B.1—Proprietary design software
B.2—Thickness design example
APPENDIX C—LOAD TRANSFER THROUGH ENHANCED AGGREGATE INTERLOCK
C.1—Load transfer through enhanced aggregate interlock
APPENDIX D—DRYING AND THERMAL EXPANSION AND CONTRACTIO OF CONCRETE
D.1—Drying and thermal expansion and contraction
D.2—Curling and warping
D.3—Factors that affect shrinkage, curling, and warping
D.4—Compressive strength and shrinkage
D.5—Relation between curing and curling and warping
D.6—Curling and warping stresses in relation to joint spacing