Non-Metallic (FRP) Reinforcement for Concrete Structures

Proceedings of the Second International RILEM Symposium

L. Taerwe

• Publisher: CRC Press
• Year: 2004
• eBook ISBN:
  9781040218976
• Topic: Architecture
• Subtopic: Civil Engineering

Dealing with a wide range of non-metallic materials, this book opens up possibilities of lighter, more durable structures. With contributions from leading international researchers and design engineers, it provides a complete overview of current knowledge on the subject.

Table of contents

• Cover Page
• Halftitle Page
• Frontmatter
• Title Page
• Copyright Page
• Contents
• Symposium organization
• References
• Preface
• PART ONE MATERIAL DEVELOPMENT AND PROPERTIES
• 1 THE PRINCIPAL OPERATIONAL PROPERTIES OF NEW TYPES OF NON-METALLIC REINFORCEMENT FOR STRUCTURES
• 2 LAMINATED COMPOSITE REINFORCEMENT FOR CONCRETE STRUCTURES
• 3 DUCTILITY OF NON-METALLIC HYBRID FIBER COMPOSITE REINFORCEMENT FOR CONCRETE
• 4 FAILURE CRITERIA FOR FRP RODS SUBJECTED TO A COMBINATION OF TENSILE AND SHEAR FORCES
• 5 TENDONS MADE OF NON-METALLIC MATERIALS, REQUIREMENTS AND ECONOMIC APPLICATION
• 6 DEVELOPMENT OF NON-METALLIC ANCHORING DEVICES FOR FRP TENDONS
• 7 UNI-DIRECTIONAL FIBER PRESTRESSED CONCRETE ELEMENTS
• 8 LONG-TERM BEHAVIOUR OF ARAPREE
• 9 STRESS-RUPTURE OF AFRP SUBJECTED TO ALKALINE SOLUTIONS AND ELEVATED TEMPERATURE - EXPERIMENTS
• 10 ENGINEERING MODEL OF STRESS-RUPTURE OF AFRP IN CONCRETE
• 11 PREDICTION OF DETERIORATION OF FRP RODS DUE TO ALKALI ATTACK
•  12 BEHAVIOUR OF FRP GRID REINFORCEMENT FOR CONCRETE UNDER SUSTAINED LOAD
• 13 STATIC AND FATIGUE STRENGTH OF FRP RODS FOR CONCRETE REINFORCEMENT
• 14 GRIP EFFECTS IN TENSILE TESTING OF FRP BARS
• 15 ASPECTS OF LABORATORY TESTING TO DETERMINE MECHANICAL PROPERTIES OF FRP
• 16 MAGNETIC CHARACTERISTICS OF THE 3-DIMENSIONAL FRP REINFORCEMENT USED FOR NON-MAGNETIC CHAMBER
• PART TWO BOND BEHAVIOUR OF FRP ELEMENTS
• 17 BOND OF FRP REINFORCEMENT TO CONCRETE - EXPERIMENTAL RESULTS
• 18 BOND AND FATIGUE PROPERTIES OF ARAPREE
• 19 FORCE TRANSFER OF AFRP BARS IN CONCRETE PRISMS
• 20 ANALYTICAL MODELLING OF BOND BETWEEN FRP REINFORCING BARS AND CONCRETE
• 21 A STUDY ON BOND CREEP BEHAVIOR OF FRP REBARS EMBEDDED IN CONCRETE
• 22 BOND TESTS OF CARBON FIBER REINFORCED PLASTIC (CFRP) RODS
• 23 INFLUENCES OF YARNS SHAPE IN WOVEN FABRIC ON BONDING PERFORMANCE OF CEMENTITIOUS COMPOSITES
• 24 ON BOND AND ANCHORAGE OF TWO DIMENSIONAL GRID TYPE FRP
• 25 BOND STRENGTH OF FIBER REINFORCED PLASTIC (FRP) CEMENT GROUTED ANCHOR BOLTS
• PART THREE STRUCTURAL BEHAVIOUR OF REINFORCED CONCRETE MEMBERS
• 26 FLEXURAL BEHAVIOR OF CONCRETE ELEMENTS REINFORCED BY GFRP BARS
• 27 FRP REBARS AND THE ELIMINATION OF REINFORCEMENT CORROSION IN CONCRETE STRUCTURES
• 28 FLEXURAL BEHAVIOUR OF JITEC FRP REINFORCED BEAMS
• 29 GFRP AS CRACK CONTROL REINFORCEMENT
• 30 LONG-TERM DEFLECTION OF CONTINUOUS FIBER REINFORCED CONCRETE BEAMS
• 32 COMPRESSIVE BEHAVIOR OF FRP REINFORCEMENT IN NON-PRESTRESSED CONCRETE MEMBERS
• 33 STRUCTURAL PERFORMANCES OF CONCRETE FRAME REINFORCED WITH FRP REINFORCEMENT
• 34 LOADING TESTS ON CONCRETE SLABS REINFORCED WITH FRP GRIDS
• 35 STRESS DISTRIBUTION IN FRP GRID REINFORCED MEMBERS
• 36 A STUDY ON ELASTO-PLASTIC BEHAVIOR OF STRUCTURAL WALLS REINFORCED BY CFRP GRIDS
• 37 STRUCTURAL DESIGN AND BEHAVIOR OF CONCRETE MEMBERS WITH TWO AND THREE-DIMENSIONAL FRP REINFORCEMENTS
• 38 STRENGTH AND DEFORMATIONS OF FRP REINFORCED FLAT SLAB STRUCTURES
• 39 DISTRIBUTION OF STRAIN AMONG SEVERAL CONTINUOUS FIBER REINFORCEMENTS IN THE SAME CROSS-SECTION
• 40 ULTIMATE SHEAR CAPACITY OF CONCRETE BEAMS REINFORCED WITH FRP RODS
• 41 STRUCTURAL PERFORMANCE OF CONCRETE BEAMS REINFORCED WITH DIAGONAL FRP BARS
• 42 SHEAR BEHAVIOR OF CONCRETE BEAMS REINFORCED BY FRP RODS AS LONGITUDINAL AND SHEAR REINFORCEMENT
• 43 PUNCHING SHEAR BEHAVIOR OF PULTRUDED FRP GRATING REINFORCED CONCRETE SLABS
• 44 FIRE RESISTANCE OF CONTINUOUS FIBER REINFORCED CONCRETE
• PART FOUR STRUCTURAL BEHAVIOUR OF PRESTRESSED CONCRETE MEMBERS
• 45 STRUCTURAL DUCTILITY OF CONCRETE BEAMS PRESTRESSED WITH FRP TENDONS
• 46 EXPERIMENTAL STUDY ON MOMENT REDISTRIBUTION OF CONTINUOUS BEAMS REINFORCED OR PRETENSIONED WITH FIBER REINFORCED PLASTIC
• 47 FRP FLEXURAL AND SHEAR REINFORCEMENTS FOR HIGHWAY BRIDGES IN MANITOBA, CANADA
• 48 SERVICEABILITY OF CONCRETE BEAMS PRESTRESSED BY CARBON FIBRE PLASTIC RODS
• 49 DEFLECTION CONTROL OF FIBER REINFORCED PLASTIC PRETENSIONED CONCRETE BEAMS
• 50 STRUCTURAL BEHAVIOUR OF CONCRETE SLABS PRESTRESSED WITH AFRP BARS
• 51 COMPARISON OF CONCRETE BEAMS PRESTRESSED WITH CARBON FIBRE REINFORCED PLASTIC AND STEEL STRANDS
• 52 STRUCTURAL PROPERTIES OF FRP AS REINFORCEMENT IN BRIDGES
• 53 INFLUENCE OF TORSION ON MECHANICAL CHARACTERISTICS OF PC BEAMS USING FRP RODS
• 54 DURABILITY STUDIES ON PRESTRESSED CONCRETE BEAMS WITH CFRP TENDONS
• PART FIVE REHABILITATION AND STRENGTHENING
• 55 RETROFITTING OF STRUCTURES THROUGH EXTERNAL BONDING OF CFRP SHEETS
• 56 ROLE AND EFFECTIVENESS OF NON-METALLIC PLATES IN STRENGTHENING AND UPGRADING CONCRETE STRUCTURES
• 57 FRACTURE MECHANISMS OF CONCRETE BEAMS BONDED WITH COMPOSITE PLATES
• 58 REPAIR OF DAMAGED PRETENSIONED SOLID SLAB USING CFRP LAMINATES
• 59 REINFORCEMENT OF CONCRETE STRUCTURES USING EXTERNALLY BONDED COMPOSITE MATERIALS
• 60 REINFORCED CONCRETE SLABS EXTERNALLY STRENGTHENED WITH FIBRE-REINFORCED PLASTIC MATERIALS
• 61 EQUIVALENT CAPACITY -A DESIGN CONCEPT FOR FRP STRENGTHENED REINFORCED CONCRETE BEAMS
• 62 UPGRADING EXISTING STRUCTURES WITH COMPOSITE LAYERS
• 63 REHABILITATION OF NAVY PIER BEAMS WITH COMPOSITE SHEETS
• 64 PRELIMINARY RESEARCH ON THE STRENGTHENING OF REINFORCED CONCRETE BEAMS USING GFRP
• 65 STRENGTHENING STEEL COMPOSITE BRIDGE MEMBERS USING CFRP LAMINATES
• 66 STRUCTURAL BEHAVIOUR OF REINFORCED CONCRETE BEAMS STRENGTHENED BY EPOXY BONDED FRP PLATES
• 67 POST-STRENGTHENING CONCRETE BEAMS WITH PRESTRESSED FRP SHEETS
• 68 RELIABILITY ANALYSIS OF REINFORCED CONCRETE BEAMS STRENGTHENED WITH CFRP LAMINATES
• 69 THE EFFECT OF CONFINEMENT STIFFNESS ON CONFINED CONCRETE
• 70 WRAPPING WITH COMPOSITE MATERIALS
• 71 FATIGUE OF REINFORCED CONCRETE BEAMS EXTERNALLY PRESTRESSED WITH ARAMID FIBRE CABLES
• 72 PLASTIC PERFORMANCE OF REINFORCED CONCRETE BEAMS BY USING EXTERNAL PRESTRESSING OF ARAMID FIBRE CABLES
• 73 SEISMIC RETROFIT AND REPAIR OF MASONRY WALLS WITH CARBON OVERLAYS
• PART SIX DESIGN METHODS AND APPLICATIONS
• 74 INITIATIVES IN DEVELOPING THE SPECIFICATIONS FOR DESIGN AND CONSTRUCTION OF CONCRETE STRUCTURES USING FRPIN JAPAN
• 75 GUIDELINE FOR STRUCTURAL DESIGN OF FRP REINFORCED CONCRETE BUILDING STRUCTURES IN JAPAN
• 76 DESIGN OF CONCRETE STRUCTURES REINFORCED WITH FIBRE COMPOSITE RODS
• 77 TOWARD DEVELOPMENT OF BRIDGES IN THE NEXT CENTURY
• 78 DESIGN AND FATIGUE RESPONSE OF CONCRETE BRIDGE DECKS REINFORCED WITH FRP REBARS
• 79 DESIGN, CONSTRUCTION AND INSTRUMENTATION OF PRESTRESSED MASONRY BOX GIRDER FOOTBRIDGES
• 80 STRENGTHENING OF EARTHQUAKE-DAMAGED MASONRY STRUCTURES WITH COMPOSITE MATERIALS
• 81 REPAIR AND REINFORCEMENT OF CONCRETE STRUCTURE WITH CARBON FIBER TOW SHEET
• 82 DEVELOPMENT AND CONSTRUCTION OF DURABLE ARAMID FRP GROUND ANCHORS
• Author index