Table of Contents
Chapter 1—Introduction and scope
1.1—Introduction
1.2—Scope
Chapter 2—Notation and definitions
2.1—Notation
2.2—Definitions
Chapter 3—Constituent materials and properties
3.1—Constituent materials
3.2—Physical properties
3.3—Mechanical properties
3.4—Time-dependent behavior
3.5—Durability
3.6—Fiber-reinforced polymer system qualification
Chapter 4—Shipping, storage, and handling
4.1—Shipping
4.2—Storage
4.3—Handling
Chapter 5—Installation
5.1—Contractor competency
5.2—Temperature, humidity, and moisture considerations
5.3—Equipment
5.4—Substrate repair and surface preparation
5.5—Resin mixing
5.6—Application of constituent materials
5.7—Alignment of FRP materials
5.8—Multiple plies and lap splice
5.9—Resins curing
5.10—Temporary protection acceptance
Chapter 6—Inspection, evaluation, and acceptance
6.1—Inspection
6.2—Evaluation and acceptance
Chapter 7—Maintenance and repair
7.1—General
7.2—Inspection and assessment
7.3—Repair of strengthening system
7.4—Repair of surface coating
Chapter 8—General design considerations
8.1—Design philosophy
8.2—Strengthening limits
8.3—Design material properties
8.4—Effective strain and stress in the FRP reinforcement at the strength limit state
Chapter 9—Wall strength for out-of-plane-loads
9.1—Background information
9.2—General considerations
9.3—Existing wall strength
9.4—Nominal flexural strength of FRP-reinforced masonry walls subjected to out-of-plane loads
9.5—Serviceability
9.6—Creep rupture stress limits
Chapter 10—Wall strengthening for in-plane-loads
10.1—Background information
10.2—General considerations
10.3—Existing wall strength
10.4—Nominal shear strength of FRP-reinforced masonry walls subjected to in-plane loads
10.5—Nominal flexural strength of FRP-reinforced walls subjected to in-plane loads
10.6—Wall strengthening for shear and flexure
Chapter 11—Detailing
11.1—General requirements
11.2—Fiber-reinforced polymer debonding
11.3—Spacing limits
11.4—Anchorages of FRP reinforcement
11.5—Alternate forms of anchoring
11.6—Load path continuity
Chapter 12—Drawings, specifications, and submittals
12.1—Engineering requirements
12.2—Drawings and specifications
12.3—Submittals
Chapter 13—Design examples
13.1—Increasing the flexural capacity of a wall subjected
to out-of-plane loads
13.2—Increasing the lateral capacity of a wall subjected to in-plane loads
Chapter 14—References
14.1—Referenced standards and reports
14.2—Cited references