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546.3R-14 Guide to Materials Selection for Concrete Repair, 2014
- MAIN MENU
- MAIN MENU
- CONTENTS
- CONTENTS
- CHAPTER 1— INTRODUCTION AND SCOPE
- CHAPTER 1— INTRODUCTION AND SCOPE [Go to Page]
- 1.1—Introduction
- 1.1—Introduction
- 1.2—Essential steps of concrete repair
- 1.2—Essential steps of concrete repair
- 1.3—Objective
- 1.3—Objective
- 1.4—Scope
- 1.4—Scope
- 1.5—Current industry issues and concerns
- 1.5—Current industry issues and concerns
- CHAPTER 2— NOTATION AND DEFINITIONS
- CHAPTER 2— NOTATION AND DEFINITIONS [Go to Page]
- 2.1—Notation
- 2.1—Notation
- 2.2—Definitions
- 2.2—Definitions
- CHAPTER 3— PROPERTIES OF CONCRETE REPLACEMENT AND OVERLAY MATERIALS AND THEIR IMPORTANCE
- CHAPTER 3— PROPERTIES OF CONCRETE REPLACEMENT AND OVERLAY MATERIALS AND THEIR IMPORTANCE [Go to Page]
- 3.1—General
- 3.1—General
- 3.2—Volume stability
- 3.2—Volume stability
- 3.3—Mechanical properties
- 3.3—Mechanical properties
- 3.4—Constructibility characteristics
- 3.4—Constructibility characteristics
- 3.5—Aesthetic properties
- 3.5—Aesthetic properties
- 3.6—Factors affecting durability
- 3.6—Factors affecting durability
- 3.7—Chemical composition
- 3.7—Chemical composition
- 3.8—Summary tables
- 3.8—Summary tables
- CHAPTER 4— CONCRETE REPLACEMENT AND OVERLAY MATERIAL SELECTION
- CHAPTER 4— CONCRETE REPLACEMENT AND OVERLAY MATERIAL SELECTION [Go to Page]
- 4.1—Concrete
- 4.1—Concrete
- 4.2—Silica-fume concrete
- 4.2—Silica-fume concrete
- 4.3—Polymer-modified concrete
- 4.3—Polymer-modified concrete
- 4.4—Magnesium-ammonium-phosphate-cement concrete (MAPCC)
- 4.4—Magnesium-ammonium-phosphate-cement concrete (MAPCC)
- 4.5—Polymer concrete
- 4.5—Polymer concrete
- 4.6—Mortars
- 4.6—Mortars
- 4.7—Types of concrete replacements and overlays
- 4.7—Types of concrete replacements and overlays
- 4.8—Deep concrete replacements and overlays
- 4.8—Deep concrete replacements and overlays
- 4.9—Shallow concrete replacements and overlays
- 4.9—Shallow concrete replacements and overlays
- 4.10—Thin overlays
- 4.10—Thin overlays
- 4.11—Aggressive environments and exterior applications
- 4.11—Aggressive environments and exterior applications
- CHAPTER 5— PROPERTIES OF CRACK REPAIR MATERIALS AND THEIR IMPORTANCE
- CHAPTER 5— PROPERTIES OF CRACK REPAIR MATERIALS AND THEIR IMPORTANCE [Go to Page]
- 5.1—General
- 5.1—General
- 5.2—Types of crack repair materials
- 5.2—Types of crack repair materials
- 5.3—Properties of rigid crack repair materials
- 5.3—Properties of rigid crack repair materials
- 5.4—Properties of elastomeric crack repair materials
- 5.4—Properties of elastomeric crack repair materials
- 5.5—Properties of flexible crack repair materials
- 5.5—Properties of flexible crack repair materials
- 5.6—Other considerations
- 5.6—Other considerations
- 5.7—Summary tables
- 5.7—Summary tables
- CHAPTER 6— CRACK REPAIR MATERIALS SELECTION
- CHAPTER 6— CRACK REPAIR MATERIALS SELECTION [Go to Page]
- 6.1—General
- 6.1—General
- 6.2—Crack repair materials and procedures
- 6.2—Crack repair materials and procedures
- 6.3—Epoxy resin
- 6.3—Epoxy resin
- 6.4—Methacrylates
- 6.4—Methacrylates
- 6.5—Polyurethane chemical grout
- 6.5—Polyurethane chemical grout
- 6.6—Polyurethane sealant
- 6.6—Polyurethane sealant
- 6.7—Silicone sealant
- 6.7—Silicone sealant
- 6.8—Silyl-terminated polyether sealant
- 6.8—Silyl-terminated polyether sealant
- 6.9—Polysulfide sealant
- 6.9—Polysulfide sealant
- 6.10—Flexible epoxy resin
- 6.10—Flexible epoxy resin
- 6.11—Polyurea
- 6.11—Polyurea
- 6.12—Strip-and-seal systems
- 6.12—Strip-and-seal systems
- 6.13—Grouts
- 6.13—Grouts
- 6.14—Selection of crack repair materials
- 6.14—Selection of crack repair materials
- CHAPTER 7— PROPERTIES OF SURFACE SEALERS, ANTI-CARBONATION COATINGS, AND TRAFFIC-BEARING ELASTOMERIC COATINGS AND THEIR IMPORTANCE
- CHAPTER 7— PROPERTIES OF SURFACE SEALERS, ANTI-CARBONATION COATINGS, AND TRAFFIC-BEARING ELASTOMERIC COATINGS AND THEIR IMPORTANCE [Go to Page]
- 7.1—General
- 7.1—General
- 7.2—Properties of surface sealers
- 7.2—Properties of surface sealers
- 7.3—Properties of anti-carbonation coatings
- 7.3—Properties of anti-carbonation coatings
- 7.4—Properties of traffic-bearing elastomeric coatings
- 7.4—Properties of traffic-bearing elastomeric coatings
- 7.5—Summary tables
- 7.5—Summary tables
- CHAPTER 8— SURFACE SEALER, ANTI-CARBONATION COATING, AND TRAFFIC-BEARING ELASTOMERIC COATING MATERIALS SELECTION
- CHAPTER 8— SURFACE SEALER, ANTI-CARBONATION COATING, AND TRAFFIC-BEARING ELASTOMERIC COATING MATERIALS SELECTION [Go to Page]
- 8.1—General
- 8.1—General
- 8.2—Surface sealers
- 8.2—Surface sealers
- 8.3—Anti-carbonation coatings
- 8.3—Anti-carbonation coatings
- 8.4—Traffic-bearing elastomeric coatings
- 8.4—Traffic-bearing elastomeric coatings
- 8.5—Selecting surface sealers and anti-carbonation coatings
- 8.5—Selecting surface sealers and anti-carbonation coatings
- CHAPTER 9— OTHER MATERIALS USED IN CONCRETE REPAIR
- CHAPTER 9— OTHER MATERIALS USED IN CONCRETE REPAIR [Go to Page]
- 9.1—General
- 9.1—General
- 9.2—Reinforcing steel coatings
- 9.2—Reinforcing steel coatings
- 9.3—Embedded galvanic anodes
- 9.3—Embedded galvanic anodes
- 9.4—Concrete bonding agents and techniques
- 9.4—Concrete bonding agents and techniques
- 9.5—Crystalline pore blockers
- 9.5—Crystalline pore blockers
- 9.6—Surface-applied, penetrating corrosion inhibitors
- 9.6—Surface-applied, penetrating corrosion inhibitors
- CHAPTER 10— REFERENCES
- CHAPTER 10— REFERENCES [Go to Page]
- Authored documents
- Authored documents
- APPENDIX A— CURRENT INDUSTRY ISSUES AND CONCERNS
- APPENDIX A— CURRENT INDUSTRY ISSUES AND CONCERNS [Go to Page]
- A.1—Material test methods and reporting of test data
- A.1—Material test methods and reporting of test data
- A.2—Curing repair materials and manufacturers’ reported test results
- A.2—Curing repair materials and manufacturers’ reported test results
- A.3—Product limitations and warnings
- A.3—Product limitations and warnings
- A.4—Standardized industry acceptance
- A.4—Standardized industry acceptance
- A.5—Repair material bond
- A.5—Repair material bond
- A.6—Corrosion reduction
- A.6—Corrosion reduction
- A.7—Structural repairs
- A.7—Structural repairs
- A.8—Ongoing developments
- A.8—Ongoing developments [Go to Page]