Cathodic protection of steel in concrete Dolli H

Cathodic protection of steel in concrete

Author: Dolli H
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Book Title
Cathodic protection of steel in concrete
Author
Dolli H
ISBN
9786363742856
INTRODUCTION1.1 ELECTROCHEMICAL CORROSION BEHAVIOR OF STEELREINFORCEMENT AND CATHODIC PROTECTION INCONCRETE Concrete is a durable construction material. Reinforcing steel is added toconcrete to form a stronger and more durable material. Generally concrete becauseof its high alkalinity (pH = 12.6) gives protection to steel by creating a passiveenvironment. Concrete infrastructures generally undergo deterioration from eitherlack of concrete durability or from corrosion of reinforcements [1,2]. Nonhomogeneity of the metal surface, effects of applied stress, and surfacecontamination are the factors responsible for the deterioration of reinforcements.Coastal/marine environments with more salts account for extensive damage toconcrete bridges, decks, offshore platforms, piers, vessels, and harbor facilities.Such type of failure is found only when critical quantities of corrosive ionsparticularly chloride ions penetrated too close to reinforcements Binding Type: PaperbackAuthor: Dolli HPublisher: Infotech PublishersPublished: 10/16/2022ISBN: 9786363742856Pages: 250Weight: 0.75lbsSize: 9.00h x 6.00w x 0.53d

INTRODUCTION

1.1 ELECTROCHEMICAL CORROSION BEHAVIOR OF STEEL

REINFORCEMENT AND CATHODIC PROTECTION IN

CONCRETE

Concrete is a durable construction material. Reinforcing steel is added to

concrete to form a stronger and more durable material. Generally concrete because

of its high alkalinity (pH = 12.6) gives protection to steel by creating a passive

environment. Concrete infrastructures generally undergo deterioration from either

lack of concrete durability or from corrosion of reinforcements [1,2]. Nonhomogeneity of the metal surface, effects of applied stress, and surface

contamination are the factors responsible for the deterioration of reinforcements.

Coastal/marine environments with more salts account for extensive damage to

concrete bridges, decks, offshore platforms, piers, vessels, and harbor facilities.

Such type of failure is found only when critical quantities of corrosive ions

particularly chloride ions penetrated too close to reinforcements



Binding Type: Paperback
Author: Dolli H
Publisher: Infotech Publishers
Published: 10/16/2022
ISBN: 9786363742856
Pages: 250
Weight: 0.75lbs
Size: 9.00h x 6.00w x 0.53d

INTRODUCTION

1.1 ELECTROCHEMICAL CORROSION BEHAVIOR OF STEEL

REINFORCEMENT AND CATHODIC PROTECTION IN

CONCRETE

Concrete is a durable construction material. Reinforcing steel is added to

concrete to form a stronger and more durable material. Generally concrete because

of its high alkalinity (pH = 12.6) gives protection to steel by creating a passive

environment. Concrete infrastructures generally undergo deterioration from either

lack of concrete durability or from corrosion of reinforcements [1,2]. Nonhomogeneity of the metal surface, effects of applied stress, and surface

contamination are the factors responsible for the deterioration of reinforcements.

Coastal/marine environments with more salts account for extensive damage to

concrete bridges, decks, offshore platforms, piers, vessels, and harbor facilities.

Such type of failure is found only when critical quantities of corrosive ions

particularly chloride ions penetrated too close to reinforcements



Binding Type: Paperback
Author: Dolli H
Publisher: Infotech Publishers
Published: 10/16/2022
ISBN: 9786363742856
Pages: 250
Weight: 0.75lbs
Size: 9.00h x 6.00w x 0.53d