Materials And Test Methods
Introduction
Background
FRP Reinforcement
FRP Reinforced Concrete
Acceptance By Building Officials
Premise On Code Adoption
The Role Of Acceptance Criteria From ICCES
Applications
References
Material Properties
Introduction
FRP Bar
Reinforced Concrete With Frp Bars
Reinforced Concrete With Frp Bars Mechanics And Design
Reinforced Concrete With Frp Bars Mechanics And Design Pdf
Flexural Response Of Concrete Beams Reinforced With Frp Reinforcing Bars
Shear Capacity Of High-Strength Concrete Beams Reinforced With Frp Bars
How To Reinforce Concrete With Rebar
Fiber Reinforced Concrete Vs Rebar
Does Fiber Concrete Need Rebar
How Strong Is Fiber Reinforced Concrete
What Is Fiber Reinforced Concrete
How To Make Fiber Reinforced Concrete
Types Of Fiber Reinforced Concrete
Frp Reinforcing Bars In Concrete
Constituent Materials: Fibers And Resin Matrices
Fibers
Glass Fiber
Carbon Fiber
Aramid Fiber
Basalt Fiber
Matrices
Epoxies
Polyesters
Vinyl Esters
Manufacturing By Pultrusion
Gel Time And Peak Exothermic Temperature
References
FRP Bar Properties
Physical And Mechanical Properties Of FRP Bars
Test Methods
ASTM Test Methods
ACI Test Methods
Product Certification And Quality Assurance
Constituent Materials
Glass Transition Temperature (TG)
Bar Size
Mechanical Properties
Durability Properties
Bent Bars
Performance Of FRP RC Under Fire Conditions
References
Analysis And Design
Frp Reinforcing Bars
Frp Reinforced Concrete
Frp Reinforced Concrete Design
Objectives Of Fiber Reinforced Concrete
What Is Polypropylene Fiber Reinforced Concrete
Reinforced Concrete Rebar Ratio
Best Concrete
Reinforced Concrete Without Rebar
Reinforced Concrete With Fiberglass
Frp Reinforcement For Concrete Structures
Reinforced Concrete Slab
Steel Fiber Reinforced Concrete Vs Rebar
Reinforced Concrete With Frp Bars
Frp Reinforcing Bars In Concrete
Frp Reinforced Concrete
Frp Reinforcing Bars
Frp Reinforced Concrete Design
Can Frp Be Used Outside
Flexural Members
Notation
Introduction
Structural Analysis
Loading Conditions For Ultimate
And Serviceability Limit States
Concrete Properties
Cross Sectional Properties
Initial Member Proportioning
FRP Design Properties
Bending Moment Capacity
Failure Mode And Flexural Capacity
Nominal Bending Moment Capacity
Bond Critical Sections
Minimum FRP Reinforcement
Maximum FRP Reinforcement
Examples—Flexural Strength
Strength Reduction Factors For Flexure
ACI R Approach
New Approach
Examples—Flexural Strength Reduction Factor
Does Fiberglass Reinforced Concrete Need Rebar
Does Reinforced Concrete Crack
Reinforced Concrete Without Rebar
Frp Reinforcement For Concrete Structures
What Is Frp Used For In Construction
What Is Frp Rebar
Why Is Concrete Reinforced With Steel
Reinforced Concrete With Frp Bars
Reinforced Concrete With Frp Bars Mechanics And Design
Reinforced Concrete With Frp Bars Mechanics And Design Pdf
How To Reinforce Concrete With Rebar
Fiber Reinforced Concrete Vs Rebar
Anchorage And Development Length
Special Considerations
Multiple Layers Of Reinforcement
Redistribution Of Moments
Compression FRP In Flexural Members
Serviceability
Control Of Crack Width
Control Of Deflections
Elastic Immediate Deflections
One Way Slabs And Beams
Elastic Immediate Deflections
According To Bischoff
Elastic Immediate Deflections
Two Way Slabs
Concrete Creep Effects On
Deflections Under Sustained Load
FRP Creep Rupture And Fatigue
Shear Capacity
Concrete Contribution
Shear Reinforcement Contribution
Strength Reduction Factor For Shear
Examples—One Way Shear Strength
Examples—Two Way Shear Strength
Shear Friction
Shear Stresses Due To Torsion
Temperature And Shrinkage Reinforcement
Safety Fire Checks For Bending Moment Capacity
References
Members Subjected To Combined Axial Load And
Bending Moment
Notation
Introduction
FRP Bars As Compression Reinforcement
Overall Design Limitations For FRP RC Columns
Reinforced Concrete Columns Subjected To Axial Load
Steel RC Columns
FRP RC Columns
Design Recommendations For FRP RC Columns
Minimum Longitudinal Reinforcement
Equivalency Under Compression Between
GFRP And Concrete
Limit On Maximum Tensile Strain In GFRP
Limit On Maximum Spacing Of
Transverse Reinforcement
Modified Column Stiffness
Slenderness Effects
Bending Moment And Axial Force
Interaction Diagram For Rectangular Cross Section
Interaction Diagram For Circular Cross Section
Example—P–M Diagram
Strength Reduction Factor For Combined
Bending Moment And Axial Force
Columns Subjected To Axial Load And Biaxial Bending
Shear Strength
Concrete Contribution For Rectangular Sections
Shear Reinforcement Contribution,
Rectangular Sections
Shear Strength Reduction Factor
Examples—Shear Strength For Square Columns
Circular Sections
Example—Shear Strength For Circular Columns
Shear Walls
Examples—Shear Wall Strength And Shear Friction
Design Examples
Design Of A One Way Slab
Introduction
Design Summary
Step —Define Slab Geometry And Concrete Properties
Geometry
Concrete Properties
Reinforced Concrete Rebar Ratio
How Strong Is Fiber Reinforced Concrete
What Is Fiber Reinforced Concrete
Frp Reinforcing Bars In Concrete
Frp Reinforcing Bars
Frp Reinforced Concrete
Frp Reinforced Concrete Design
Is Fiber In Concrete Better Than Rebar
Steel Fiber Reinforced Concrete Vs Rebar
Does Fiber Concrete Need Rebar