frp

In particular, pultruded FRP tubes are easy to be assembled to form a structural subsystem for civil engineering applications.

FRP duct is one of the company's main products in the market a greater price advantage, but also to the scene around the construction.

The body is at least partially made of a plastic material or a fiber reinforced plastic (FRP).

Light aging (especially UV light) is one of the factors that influences the durability of adhesive property of CFRP and concrete.

Bond performance of FRP tendon and concrete is one of the key technique about designing and spreading this structural.

Fiber reinforced polymers (FRP) offer the prospect of such a cost effective repair.

This report provides present scenario of NA FRP Pipe market in terms of market size, application breakdown and market leaders.

FRP decking has been used on a number of movable bridges.

The system that we have now is to provide for the FRP of different materials at certain hours.

The results of this test indicate that strengthening brick masonry with FRP sheets is an effective method.

The applications of fiber reinforced plastic(FRP) bolts in rock and soil engineering are a highlighted topic in civil engineering research.

The application of such strengthening procedure to ancient masonry structures buildings with bonding FRP sheets was introduced too.

The FRP rib is prevented from transverse extrusion by the steel sleeve, which avoids the extrusion damage and shear damage of the FRP rib.

The precision of moulded parts depends on the mould stiffness. The proper design of steel structure supplies FRP mould stiffness.

Depending on the context, either "strips" or "sheets" may be used to refer to the bonded FRP reinforcement.

Fiber reinforced polymer (FRP) have great efficiency to retrofit circular reinforced concrete (RC) columns under simulated seismic loading.

adopting the methods of sticker reinforced concrete to consolidate prestressed reinforced concrete bridges could achieve good results.

In this paper, the flexural failure form of FRP reinforced RC beam and failure reason are summarized.

The material properties as well as the cost must be taken into consideration for use of FRP in construction.

Fiber reinforced polymer (FRP) composite materials have many advantages over traditional building materials.

After strengthening with FRP, loading capacity and failure model are not the same to normal RC members.

The term "composite piles" usually refers to piles composed of fiber reinforced polymers (FRP), recycled plastics, or hybrid materials.

This conclusion can provide verifications and references for the application of FRP anchors in ground engineering.

This paper discusses the findings to date of a long-term durability study on concrete-filled tubular FRP piles.

To investigate the mechanical behaviors of FRP tube filled with high-strength concrete subjected to axial loading is convenient for use.

Critical to strengthening a concrete structure through externally bonded FRP plates is the bond behavior between FRP and concrete.

Our annual production of FRP pultrusion equipment, and supporting the production abrasive, good after-sales service.

A verification of the validity of the DIC results of the FRP-concrete interface tests is effected using strain gauge data.

Task force members will include architects, fire engineers, regulators and others who play key roles in specifying FRP products.

Main products: FRP Luxury yacht. Leisure fishing boat. Working boat. Sailboat and Fishing vessel total five Series as below.

The performances and characteristics of FRP are introduced, and the advantages of FRP single hydraulic prop are represented in this paper.

The results indicate that under stress corrosion the creep strength, creep limit and creep modulus of FRP are all lowered.

This paper introduces the principle of vacuum moulding, key point of design and manufacture technology of FRP mould.

It is studied the basic mechanical behaviour of FRP-concrete interface in the sea water environment.

FRP decking provides an effective replacement option for cases involving bridges with steel grating.

The FRP product's quality and appearance are largely subject to the fiberglass and surfacing material.

This paper introduces the distribution of machine kinetic system of high-pressure FRP pipe production line controlled by computer.

This paper analyses the problem in FRP yurt molding and manufacture. The solution is proposed and molding process of yurts is discussed.

The commonly used reinforcement methods are FRP, steel plate and the traditional section increment method etc.

The secondary forming composite FRP has the advantages of high combination strength and difficult separation.

Available anchors for FRP tendon mainly contain two types: wedge-type anchorage and bond-type anchorage.

The status and application of FRP is summarized, and development trends of FRP are discussed and predicted.

Bond slip relation is integration reflection of bond properties about FRP tendons and concrete.

Also there are several production lines including sheet metal line, metal coil line, machining line, FRP production line and assembly line.

In the near future the use of FRP tanks is expected to increase in other application areas with new customized design.

They also provide a far better and socially acceptable working environment on the FRP shop floor.

Fiber reinforced polymer (FRP) applied as substitution materials provided a new way to dealing with steel corrosion in concrete structures.

This paper is the search for structure analysis and optimal design of hanging FRP chimney liner.

and the top of the FRP bottle cover (5) is provided with a sunken reservoir (51).

Suitable for a variety of frp surface layer.

Firstly, the application of FRP material in civil engineering is reviewed.

Bridge owners must either opt for a new steel grate or an FRP deck.

The methods to recycle and reuse the thermosetting FRP wastes are introduced in this paper.

Fiber reinforced polymer (FRP) is a new type of material suited to wood reinforcement.

While the slotting dimension is bigger, agglomerant weak tier of hosts strain maximum value appears in FRP agglomerant interface place.

An innovative large-span structural system, namely the FRP woven web structure (FRPWWS), is introduced in this paper.

FRP fishing boats tend to replace wooden fishing boats owing to their excellent performances.

Ferrier and Hamelin [6, 7] have observed a redistribution of stresses from the FRP to the steel rebars during the fatigue process.

This paper bases on the HB-FRP method, and uses anchor bolts in lieu of mechanical fastener.

In addition, a new kind of sensing material, OFBG-FRP, can be made by combining FRP and sensing technique of optic fiber grating.

For all boats the available floor are plywood, aluminum, air mattress, salt, and FRP.

Hence, the traditional FRP shuttering was improved.

The pretightening force of FRP construction bolt joint has been researched in the theory of bolt washer stress.

The production process and mechanical properties of pultruled FRP grids are introduced in this paper.

Two most widely used reinforcements in FRP are carbon fiber and glass fiber.

Prestress technology is an effective way to use the high strength of FRP composite.

PVC-FRP confined concrete column is a new structural system, which is formed by constructing concrete into PVC-FRP tube.

Water influences the property of FRP material and the bonding surface.

The FRP is an insulator to electricity , so it is good in safety .

Using the results from the studies, the task force will develop the basis for safely expanding the use of FRP in building construction.

Note 2: For short-coupled seating, leg room is measured with the shoe located at the FRP.

Finally, the bond strength of FRP bars to epoxy resin and cement grout is also studied.

With the wide use of FRP strengthened structures, the problem of their durability has been highlighted and concerned.

The HB-FRP method with three or four layers of FRP strips is more economic and reasonable method.

The analysis and calculating methods for FRP profiles and other composites is also provided.

FRP is a great option for reducing dead load.

Currently, FRP is widely used in civil engineering for structure reinforcing in China.

However, people also designed a diamond-shaped canoes, in 1972 there FRP boats.

through frp repair template to resolve the resin material in the field of application.

FRP panel cooling tower is a new model in cooling tower area.

Now, FRP reinforced concrete building is very popular all around word.

In addition, the influence on integral structures by freeze-thaw action and wet-thermal condition is considered. 6.

FRP tent poles developed by our company are pultruded tubes with galss rovings as reinforcement and unsaturated polyester resin as matrix.

In the recent years, FRP is used in civil engineering extensively.

Blistering is a sign of breaking process of UP FRP.

gel coat affects a lot on open mould molding FRP parts.

Minimum 3 years technical background in related industry, such as coatings, ink, FRP.

FRP products, such as boat, water tank, bath-tub, guard house, etc.

Study of the stress-strain relationship of FRP-confined circular concrete column with a strain-softening response

Summarization on the Performance Study of the FRP Reinforced Concrete Structure

Study of Prestressed Concrete Girders Strengthened with Externally Bonded FRP in Serviceability Limit State

Summarization on the Performance Study of the FRP Reinforced Concrete Structure

Experimental study of effects of freeze-thaw cycle on concrete columns strengthened with FRP laminates

I Left the production company for a military project in Central Oxygen-FRP Channel

Study on the stress-strain relationship of FRP-confined concrete circular column without a strain-softening response

The study results show that: the shear of grout on FRP rods does not vary uniformly with the length of rod;

Guide for the Design and Construction of Externally Bonded FRP Systems for Strengthening Concrete Structures Favorites (Add)

Application of FRP Electrostatic-demister with Electroconductivity in Sulphuric Acid Cleaning Section

A FRP Cumulative Damage Model and Its Application to Fatigue Life Evaluation of Composite Laminates

Experimental Investigation on Durability of FRP Strengthened Concrete Structure,

Guide for the Design and Construction of Externally Bonded FRP Systems for Strengthening Concrete Structures

Study of Axial Compression for FRP Confined Concrete Circular Columns

Experimental Investigation into Compressive Performance of Brick Masonry Reinforced with FRP

Study on limit state of concrete flexural member with FRP bars under normal service conditions

Mechanics Performance of FRP Tendons Used in Engineering Structure

Experimental investigation on normal bonding property between FRP and concrete in special environments

Application of hexagonal conductive FRP wet electrostatic precipitator in converter off-gas sulphuric acid plant

Analysis of the Movement Law of the FRP Traffic Circle Pressure Vessel

Experimental Study on Concrete Beams Strengthened by Externally Bonded FRP Composites Using ESPI Technique

Design and Calculation of Front Sectional Bearing Capacity of Concrete Member in Bending reinforced with Steel Bar and FRP at once

Parameter selection of fishing vessels made of FRP

The application and study of FRP in the earthquake resistant structures

Nonlinear finite element analysis on torsional behaviors of FRP strengthened RC box beams under combined loadings,

Report on Fiber-Reinforced Polymer (FRP) Reinforcement for Concrete Structures Favorites (Add)

Dynamic behavior of FRP-confined concrete columns-State of the art

Durability Experimental Research on Resistance of Acidic, Alkali, Salt Solutions and Freeze-thaw Properties of FRP Bar

Interfacial Stress Analysis of A RC Beam Strengthened with FRP Plate

Ultimate Strength Analysis for Reinforced Concrete Beams with External Prestressed FRP Tendon

Experimental Study on Molding and Mechanical Property of Thermoplastic FRP, and Bonding Property of Concrete

Time-dependent reliability analysis of existing bridges strengthened with FRP laminates

Experimental Research on Hydraulic Element Axial-compressing Strengthened by FRP Sheets

Discussion of Reverse Bending Moment Adjust Method in FRP Reinforcing Ultimate Bearing Bending Moment of Frame Beams

Application of FRP in Concrete Structure Reinforcement and Its Future

Experimental Investigation on Bond Behavior for Coarse Sand Coated Interface between FRP Plate and Concrete

Status and Progress of Concrete Structures Reinforced with Externally Prestressed FRP Sheets

Calculation method for bending capacity of FRP bars NSM reinforced concrete members considering effect of secondary load

Experiments on the torsional behavior of FRP strengthened RC box beams subjected to combined action with cyclic torque

Earthquake Resistant Behavior of Reinforced Concrete Piers Strengthened with FRP

Behavior of Hybrid FRP-Concrete-Steel Tubular Columns: Experimental and Theoretical Studies

Experimental study on flexural performance of prestressed concrete beams with bonded FRP tendons

Reliability evaluation for flexural capacity design of concrete beams reinforced with FRP rebars

FRP Composite Material and Its Application to Civil Engineering

Application of FRP Used in the Project of Strengthening Workshop Roof Frame

Elastoplastic Approach for Studying the Behavior of FRP Confined Wood Column under Axial Compression

Aluminum Alloy Structures and FRP-Aluminum Alloy Composite Structures in Civil Engineering

Calculation of flexural strength of RC beams strengthened with bonded prestressed FRP laminates

Analytical and Numerical Investigation to Interfacial Shear Stress of FRP-Concrete Hybrid Beams

International Symposium on FRP Reinforcement for Concrete Structure

Wind turbine blades; FRP; Structural design; Numerical analysis; Fatigue;

Elastoplastic analysis of the interfacial stress of FRP retrofitted beam

Analysis of the FRP sheet strengthening reinforced concrete girder crack

Function of FRP Steel and its Application in the Concrete Structure

An Analysis of Strategic Relation for FRP Enterprises Marching Towards the Automobile Industry

The self-oscillation frequency and optimization of FRP laminated plates under large deflection

Numerical investigation on failure mechanisms of FRP reinforced concrete beams

Experimental Study on Measuring the Stress of External FRP Tendons of Bridges Using Distributed Optic Fiber

Numerical Simulation on the Crack Propagation in FRP Retrofitted Concrete Structure

Theoretical Study on the Penetration and Perforation of FRP Laminates Struck by Cone-Nosed Projectiles

Experimental research on the mechanical properties of concrete filled FRP tubular column

Application of FRP Composite Material to Bridge Works and its Prospect

Experimental Study on Measurement of Vibration for FRP-Concrete Structure by Fiber Optic Sensor System

Research of the Fatigue Performance of FRP Material Applied in Civil Engineering

Summary for durability of the FRP and FRP reinforcements in seawater environment

Analysis of the Reason of One Quality Accident in the Construction of Epoxy FRP for Desulfurization Tower

Axial Ultimate Compressive Strength of FRP-tube Reinforced Concrete Structure

Thermal stress calculation and analysis of FRP reinforced concrete structures

Research on durability of concrete structures strengthened with FRP laminates

Test on Flexural Performance of RC Bridge Member After Overload Reinforced with Externally Bonded FRP

Analysis of shear strength models for beams strengthened by externally bonded FRP composites

Penetration and perforation of FRP laminates under normal impact by ogival-nosed projectiles

Structural Analysis and Calculation of Integrated Panel Rectangular FRP Water Tank

Application of nested C-FRP wet electrostatic precipitator in sulphuric acid production

RC Structure Reliability Design for Expected Service Life and Its FRP Strengthening and Monitoring,

Study on Seismic Behavior of High-level Axial Compression Concrete Columns Strengthened with FRP

Good knowledge of piping materials, structural materials, thermoplastic material, FRP material;

Influence of Interface Condition on FRP Characteristics and Treatment Method

Application of high performance FRP and innovations of structure engineering

Guide for the Design and Construction of Structural Concrete Reinforced with FRP Bars

Calculation on uniaxial compressive strength of high strength concrete after wrapped by FRP

Calculation method and ultimate flexural capacity of concrete beam reinforced with FRP rods

Finite element analysis of reinforced concrete beams strengthened with FRP sheets

Behavior of short reinforced concrete columns wrapped with FRP under axial compression

Computational Analysis of the Shear Strength of RC Beams Strengthened with FRP

Discussion on methods of calculating peeling-off stress in midspan of RC beams strengthened with FRP sheets

Two parallel FRP strength members ensure good performance of crush resistance to protect the fiber;

Analysis on failure modes of reinforced concrete beam strengthened with FRP sheet material

Study of binding property of FRP and concrete at interface

Analysis and Design of Structural Strengthening of Concrete Slabs Using FRP Laminates

Application of Prestressing Without Bond Structure and FRP Rope to Bridge Engineering

Several experimental methods of RC Beam strengthened with prestressed FRP plates

Vacuum Assisted Resin Infusion Process of FRP Bonding for Concrete Structure Strengthening

Explicit Method for Calculating FRP Volume of RC Beam Strengthened with Externally Bonded FRP

Bearing capacity of FRP-Confined concrete column subjected to axial compression

Nonlinear analysis of RC beams strengthened by bonding prestressed FRP laminate

Analysis of Transformation of FRP Products Used in Buses

Influence of surface modification of fibers on the flexural properties of FRP-cement systems

Progress in Studies on Flexural Behaviors of Concrete Beams Prestressed with FRP Tendons

Finite Element Model Building and Behavior of Prestressed Concrete Beam with FRP Tendons

Numerical Simulation of FRP Laminates Subjected to Projectile Impact

Characteristics and Application of FRP Rebars in Concrete Structures

Compressive Strength of Concrete Short Columns Strengthened with FRP

Application of FRP to Concreted Structure; Service and Reinforcement

The research on deflection calculation and control of concrete beam reinforced with FRP bars

Experimental studies and FEM analysis of concrete beams prestressed with new-type FRP rebars

Existing research states and problems of FRP binding concrete's mechanical property

Experiment Study on Seismic Behavior of Masonry Building Strengthened by FRP Sheets

Analysis of Test of Flexural Properties of FRP Honeycomb Sandwich Construction

Manufacturing system for epoxy FRP pipes using internal heating curing process

Simple Complete Curves Model on the Stress - Strain of Circular Concrete Column Confined by FRP

Application of FRP Composite Material in Engineering Structure

Influence of Surface Modification of Fibers on the Flexural Properties of FRP-Cement Mortar

Application Analysis and Design Discussion on Pipe Jacking of Big Caliber FRP Sand-filled Pipes

Meso-Mechanical Analysis of Stiffness Reduction of FRP Laminates by Fibre Breaking

Studies on Bond Slippage Relation and Anchorage Properties of FRP Tendons Concrete

Study on Non-linear Numeric Analysis of FRP Strengthened Flexural Concrete Member,

Fatigue Damaged Crack Growth of Steel Structure Strengthened With FRP Patches

Analysis of debonding failure behaviors of RC flexural beam strengthened with FRP

An Experimental Study on the Mechanical Properties of FRP-Concrete Structure

Application of FRP for Strengthening Concrete Structure

Failure Analysis, Solving Methods And Application For Anticorrosive FRP Lining

Application of ESPI in displacement measurement of bond area between FRP and concrete

Equivalent finite element model of FRP honeycomb-type sinusoidal core panels

Carry capacity analysis of RC beams strengthened with prestressed FRP plates

Design and construction of FRP strengthened concrete rigid frame arch bridge

Cost Estimating of High Performance FRP Components in Ocean Engineering

Experiment Study on RC Continuous Beams Strengthened with FRP Laminates

Factors to influence fundamental mechanical behaviors of FRP

Comparison of Anti-alkali between Bisphenol-A Epoxy Vinyl Ester Resins and FRP Laminates

Analysis on Failure Mechanism of FRP-confined Concrete Under Ultimate State

Leakage Analysis of FRP Products and its Resolvent

FRP; Gas heating; Storage tank; Remote single wells; Application;

The International Handbook of FRP Composites in Civil Engineering

Compressive stress-strain model for concrete of FRP confined cylinders

Several Problems on Peeling-Off Failure in Midspan of RC Beams Strengthened with FRP Sheets

Force Analysis of Cross Section of Concrete Beams in Bending Reinforced with FRP Rebars

Durability and Service Life Prediction of FRP Bars and FRP Bars Reinforced Concrete

Application of Reinforced Concrete with FRP in Surfacing Course of Bridge Deck

Shear strength analysis of concrete beam-column joints reinforced with FRP

New Techniques for FRP Material Composite Structure Bridges

Carbon steel, stainless, nickel alloys, or FRP construction

Experimental study on bond behaviors between FRP tendons and concrete

Application of Prestressed Concrete Beams Using FRP as External Cable

Several problems in seismic behavior of FRP-confined concrete columns

Temperature Rise And Insulation Aging At Hottest Point of FRP Dry Transformer

Studies on application of prestressed FRP in concrete structures

Long-term effect in FRP-confined concrete stub columns under sustained loading

Research on cyclic behaviors of circular RC columns confined with FRP jackets,

Calculation of bearing capacity of RC member in bending with FRP reinforcement

Freeze-thaw resistance behavior of bonded joints between FRP and concrete

Preliminary Study on the Load - Bearing Stability of FRP Column in Elastic Medium

Design of new type FRP wet electrostatic precipitator

Design of Low and Medium Pressure FRP Pipes Used in Oil Field

Study on Rapid and High Efficient Manufacturing Technology of Epoxy FRP Pipes

Computation of strength for FRP confined concrete under fast loading

Analysis study on flexural deflection of FRP reinforced glulam beams

Summary of Research and Application of FRP-confined Concrete Columns

Study on the Structural Characterization and the Design Method of FRP Bridge Deck Structures

The Performance Discussion of Epoxy-furan FRP Resists Corrosion

Review of reinforced concrete structures bonded with FRP composite

Application of ANSYS in nonlinear ansysis for FRP-confined reinforced concrete columns with axial loads