Reinforced Concrete Design With FRP Composites
content
- Chapter Questions on Connections
- references and selected bibliography
- Chapter Properties of materials: concrete, steel, polymers,
- and fibers
- Introduction
- concrete components
- units
- cement
- attachments
- very concrete
- Classification by weight unit Chapter
- Concrete Strength
- Strength Properties of Concrete Chapter
- modulus of elasticity of concrete
- Flexural Strength of Concrete
- concrete splitting strength
- Poisson’s ratio
- Shear Modulus of Concrete
- armature
- Hot rolled round bars
- Fiber Reinforced Polymer (FRP) Composites.
- polymers
- iron and concrete structures
- General Features
- Thermoplastic polymers
- total
- common thermoplastic polymers
- Thermosetting polymers
- In general
- Commercially Available Thermostatic Matrices
- polyester resin
- vinyl ether resins
- epoxies
- phenols
- polyurethane resin
- Comparison of Thermoplastic and Thermoplastic Resins
- Resin properties
- reinforcement (fibers)
- fiberglass
- carbon fiber (graphite fiber)
- General description
- classification and types
- Production of carbon fibers
- Aramid fiber (Kevlar fiber) Chapter
- features
- Aramid fiber commercial application
- boron fiber
- Additives and other ingredients
- fillers
- fiber surface treatment (size)
- iron and concrete structures
- glass fiber
- carbon fiber
- aramid fiber
- Fiber Properties
- links Chapter
- Manufacture of Composite Materials
- introduce
- production method
- Manual Application (Wet) / Automatic Application
- pultrusion
- incandescent winding
- Transformation (RTM)
- Sheet Molding Kit (SMC)
- Seemann composite resin infusion molding process
- (SCRIMP)
- Spritzguss
- compression mold
- extrusion
- The importance of quality control and quality assurance in production
- references
- Chapter continuation: aging of composite materials
- introduction
- environmental factors affecting FRP properties
- stability and safety factors
- Physical, chemical, and thermal aging
- Connection and interface resources
- Factors affecting the properties of FRP
- Effect of humidity
- Effects of alkaline/acidic/saline solutions
- alkaline effect
- acid effect
- effect of salt
- Effect of temperature
- Effects of stress
- crawling/resting
- theft
- exhaustion
- Ultraviolet radiation (ultraviolet).
- Accelerated aging
- Upper temperature-voltage-time principle
- Arrhenius principle
- accelerated aging methodology
- Production and Sustainability
- Current Gaps in Stability Analysis
- references
- Chapter Reinforcement of Structural Members
- Introduction
- Reinforced Concrete Structures
- Bonding Concrete Beams with FRPER
- FRP systems
- Advantages and limitations of FRP composite film
- reinforced concrete elements Application Case of
- Filament Winding Technology
- Kattenbausch Bridge, Germany
- Ibach Bridge, Lucerne, Switzerland
- Gossau Hall, St. Gallen, Switzerland
- column covers at the Nikko Hotel, Beverly Hills,
- California, USA
- Caltrans Column Envelope Designs for Seismic
- Resistance, USA
- American anti-corrosion column wrap
- Florida Department of Transportation Wooden Bridge
- Sins, Switzerland
- South Temple Bridge, Interstate (I), Utah, United States
- East Street Viaduct, WV, United States
- Mud Creek Bridge, West Virginia, USA
- Reinforced Concrete and FRPER Compatibility
- ACI Manual Specification
- introduction
- delivery into storage
- steel and concrete construction
- Mechanisms of polymer degradation
- uses
- installations
- Land preparation
- surface treatment Chapter
- Design Properties of FRPER and Composition
- FRPER DESIGN FEATURES
- drag reduction factor
- FRP bars for curved bars
Description
Free eBook on Design of Reinforced Concrete with FRP Composites by Hata V.S. Download it. GangaRao, Narendra Tali and P.W. Vijay in PDF format which can be found under Books on Design of Precast Concrete.
