Strengthening Of Concrete Structures Using Fiber Reinforced Polymers (Frp)

Strengthening Of Concrete Structures Using Fiber Reinforced Polymers (Frp)

Contents
  • Frp Strengthening Systems
  • Composite Interfacial Debonding
  • Frp Design Standards And Guides
  • Designing With Frp Reinforcement
  • Numerical Modeling
  • Installation Of Eb Frp Systems
  • Fiberreinforced Polymer Composites
  • Frp Constituents
  • Composite Interfacial Adhesion And Debonding
  • Frp Durability
  • Composite Mechanics
  • Introduction
  • Laminate
  • Textile Fabric
  • Durability And Failure Modes
  • Finite Element Analysis (Fea)
  • Design Provisions
  • Introduction
  • Flexural Frp Strengthening Of Rc/Pc Bridge Members
  • Shear Frp Strengthening Of Rc/Pc Bridge Members
  • Frpconfinement Strengthening Of Rc/Pc Bridge Members
  • Witness Panels
  • Provisions For Installation, Quality Control, And Maintenance
  • Introduction
Installation Of Frp Strengthening Systems
  • Inspection, Evaluation, And Acceptance
  • Laboratory Testing
  • Durability Testing Overview
  • Bond Durability
  • Frp Durability
  • Field Testing
  • Introduction
  • Field Pulloff Testing
  • Load Distribution Testing
  • Proof Load Testing
  • Recommendations
  • Analysis And Design Recommendations
  • Installation, Quality Control, And Maintenance Recommendations
  • Design Examples
  • Introduction
  • Appendix A: Nomenclature