Reinforced Concrete With Frp Bars Mechanics And Design

Reinforced Concrete With Frp Bars Mechanics And Design

Contents
  • 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