A Byrne

A Michel

A Neville

A Poursaee

AG Razaqpur

AU Malik

B Elsener

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C Alonso

CG Berrocal

DA Koleva

E Redaelli

G Ebell

G Gece

G Wu

GK Glass

GS Frankel

GT Parthiban

I Martínez

J Broomfield

J Huang

JP Broomfield

K Darowicki

K Suh

K Wilson

KY Ann

L Bertolini

M Serdar

M Shen

M Sánchez

MR Geiker

N Etteyeb

O Burkan Isgor

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PF Marques

PHLC Ribeiro

RB Figueira

RB Polder

RD Moser

RW Revie

S Ahmad

S Pour-Ali

S Qian

S Yehia

T Bellezze

TA Söylev

U Angst

V Cicek

V Kumar

W Aperador

W Kurdowski

W Yeih

X Pan

X Pei

XR Nóvoa

Arpit Goyal

Homayoon Sadeghi Pouya

Eshmaiel Ganjian

Peter Claisse

Crossref

Arabian Journal for Science and Engineering

A Review of Corrosion and Protection of Steel in Concrete

Corrosion of reinforcement is one of the major durability challenges which leads to a reduction in the design life of reinforced concrete. Due to an increasing demand for longer service lives of infrastructure (typically 100-120 years) and the high cost involved in building and maintaining it, the repair of concrete structures has become extremely important. This paper discusses mechanism of corrosion in reinforced concrete and its thermodynamic and kinetic behaviour. It also presents and compares different corrosion prevention and protection techniques available and recommended by BS 1504-9:2008; including the use of corrosion inhibitors, alternative reinforcement, steel and concrete coating and electrochemical techniques. It is concluded that the electrochemical techniques are more effective than conventional methods

A Review of Corrosion and Protection of Steel in Concrete

Abstract

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