Corrosive Damage in Materials & its Prevention
Content:-
---INTRODUCTION
---UNIVERSALITY OF CORROSION
---CORROSION DAMAGE
---COST OF CORROSION
---WHY DO METALS CORRODE?
---ELECTROCHEMICAL NATURE
---ELECTROCHEMICAL REACTIONS IN CORROSION
---ELECTROCHEMICAL THEORY
---PASSIVATION
---FORMS OF CORROSION
--WET & DRY CORROSION
--WET / AQUEOUS CORROSION
--UNIFORM CORROSION
--GALVANIC CORROSION
--CREVICE CORROSION
--PITTING
--DEALLOYING
--INTERGRANULAR CORROSION
--VELOCITY ASSISTED CORROSION
--CAVITATION DAMAGE
--ENVIRONMENT ASSISTED CRACKING
--STRESS CORROSION CRACKING
--HYDROGEN EMBRITTLEMENT
---LIQUID METAL EMBRITTLEMENT
---CORROSION FATIGUE S-N DIAGRAM
---CORROSION FATIGUE,CRACK PROPAGATION
---PREVENTION OF CORROSION
---METHODS
**Material selection
**Improvements in material
**Design of structures
**Alteration of environment
**Cathodic & Anodic protection
**Coatings
Click here to see the book -->
---INTRODUCTION
---UNIVERSALITY OF CORROSION
---CORROSION DAMAGE
---COST OF CORROSION
---WHY DO METALS CORRODE?
---ELECTROCHEMICAL NATURE
---ELECTROCHEMICAL REACTIONS IN CORROSION
---ELECTROCHEMICAL THEORY
---PASSIVATION
---FORMS OF CORROSION
--WET & DRY CORROSION
--WET / AQUEOUS CORROSION
--UNIFORM CORROSION
--GALVANIC CORROSION
--CREVICE CORROSION
--PITTING
--DEALLOYING
--INTERGRANULAR CORROSION
--VELOCITY ASSISTED CORROSION
--CAVITATION DAMAGE
--ENVIRONMENT ASSISTED CRACKING
--STRESS CORROSION CRACKING
--HYDROGEN EMBRITTLEMENT
---LIQUID METAL EMBRITTLEMENT
---CORROSION FATIGUE S-N DIAGRAM
---CORROSION FATIGUE,CRACK PROPAGATION
---PREVENTION OF CORROSION
---METHODS
**Material selection
**Improvements in material
**Design of structures
**Alteration of environment
**Cathodic & Anodic protection
**Coatings
Click here to see the book -->
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