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Summury of "Corrosion of aluminium"

Part A - Aluminium And Its Alloys

• Chapter A.1 The Advantages Of Aluminium
• 1.1 Lightness
• 1.2 Thermal Conductivity
• 1.3 Electrical Conductivity
• 1.4 Resistance to Corrosion
• 1.5 Suitability for Surface Treatments
• 1.6 The Diversity of Aluminium Alloys
• 1.7 The Diversity of Semi-Finished Products
• 1.8 The Functionality of Casting and Extrusions
• 1.9 Ease of Use
• 1.10 Recycling
• Chapter A.2 Physical Properties of aluminium Chapter
• Chapter A.3 The Metallurgy Of Aluminium
• 3.1 Alloys Series
• 3.2 Casting Alloys
• 3.3 Wrought Alloys
• Chapter A.4 The Most Common Wrought Aluminium Alloys
• 4.1 The 1XXX Series
• 4.2 The 3XXX Series
• 4.3 The 5XXX Series
• 4.4 The 8XXX Series
• 4.5 The 2XXX Series
• Chapter A.5 Selection Criteria For Alloy Selection
• 5.1 Selection Criteria
• 5.2 Selecting an Alloy
• 5.3 Principal Applications of Aluminium and Its Alloys

 

Part B- The Corrosion of Aluminium

• Chapter B.1 The Corrosion of Aluminium
• 1.1 Short Historical Introduction
• 1.2 The Electrochemical Basis of Metal Corrosion
• 1.3 The Electrochemical Reactions In the Corrosion of Aluminium
• 1.4 The Standard Potential Of a Metal
• 1.5 Dissolution Potentials
• 1.6 Electrochemical Equilibrium (Pourbaix) Diagrams
• 1.7 The Electrochemical Behaviour of Aluminium
• 1.8 Aluminium as a Passive Metal
• Chapter B.2 Types of Corrosion on Aluminium
• 2.1 Uniform Corrosion
• 2.2 Pitting Corrosion
• 2.3 Transgranular and Intergranular (Intercrystalline) Corrosion
• 2.4 Exfoliation Corrosion
• 2.5 Stress Corrosion
• 2.6 Filiform Corrosion
• 2.7 Water Line Corrosion
• 2.8 Crevice Corrosion
• 2.9 Cavitation
• 2.10 Erosion
• 2.11 Microbiological Corrosion
• 2.12 Corrosion Products
• Chapter B.3 Galvanic Corrosion
• 3.1 Aluminium and Galvanic Corrosion
• 3.2 Definition of Galvanic Corrosion
• 3.3 Form of Galvanic Corrosion
• 3.4 Principle of a Battery
• 3.5 Conditions of Galvanic Corrosion
• 3.6 Galvanic Corrosion Parameters
• 3.7 Practical Aspects of Galvanic Corrosion
• 3.8 The influence of the Type of Meatl in Contact with Aluminium in Emerged Assemblies
• 3.9 Contact Between Aluminium Alloys
• 3.10 Predicting Galvanic Corrosion
• 3.11 Prevention of Galvanic Corrosion
• Chapter B.4 Testing Methods
• 4.1 Types of Tests
• 4.2 Goal of Corrosion Testing Methods
• 4.3 Expression of Results
• 4.4 Standardisation of Corrosion Testing Methods
• 4.5 Electrochemical Test Methods
• Chapter B.5 Protection Against Corrosion
• 5.1 Boehmite Coatings
• 5.2 Chemical Conversion Treatments
• 5.3 Anodising
• 5.4 Paint and other Organic Coatings
• 5.5 Cathodic Protection
• 5.6 Cladding
• 5.7 Zinc Coating
• 5.8 Inhibitors
• Chapter B.6 The Corrosion Behaviour of Aluminium Alloys
• 6.1 Factors Related to the Environment
• 6.2 Factors Related to the Metal
• 6.3 Factors Related to the Conditions of Use
• 6.4 The Corrosion resistance of Aluminium Alloys

 

Part C - Atmospheric Corrosion of Aluminium

• Chapter C.1 Atmospheric Corrosion
• 1.1 The Nature of Atmospheric Corrosion
• Chapter C.2 The Parameters of Atmospheric Corrosion
• 2.1 Relative Humidity
• 2.2 Rain
• 2.3 Fog
• 2.4 Condensation
• 2.5 Temperature
• 2.6 Gaseous Pollutants
• 2.7 Dust
• 2.8 Alternating Periods of Dampness and Dryness
• Chapter C.3 Types of Atmospheres
• 3.1 The Classic Typology
• 3.2 Standardized Typology
• 3.3 The Predictive Approach
• Chapter C.4 The Various Forms of Atmospheric Corrosion
• 4.1 Pitting Corrosion
• 4.2 Galvanic Corrosion
• 4.3 Filiform Corrosion
• 4.4 Tarnishing Due to Water Staining
• 4.5 Water Staining Due to Storage of Semi-products
• Chapter C.5 The resistance of Aluminium to Atmospheric Corrosion
• 5.1 The Dome of San Gioacchino Church, a 100-year-old Experience
• 5.2 Atmospheric Corrosion of Aluminium Over Time
• 5.3 Weathering of Wrought Alloys
• 5.4 Weathering of Casting Alloys
• 5.5 Weathering of Anodised Semi-Products

 

Part D - Corrosion In Water

• Chapter D.1 Fresh Water
• 1.1 The Physical Chemistry of Water
• 1.2 The Analysis of Water
• 1.3 Typology of Waters
• 1.4 The Various Forms of Aluminium Corrosion in Natural Water
• 1.5 Blackening of Aluminium
• 1.6 The Action of Water on Aluminium
• 1.7 The Influence of Temperature
• 1.8 The Influence of Oxygen Dissolved in Water
• 1.9 The Influence of pH
• 1.10 The Influence of Water Movement and Flow Speed
• 1.11 Predicting the Resistance of Aluminium in Fresh Water
• 1.12 Examples for the Use of Aluminium in contact with fresh Water
• 1.13 Distilled Water
• Chapter D.2 Brackish Water And Liquid Waste
• 2.1 Backish Water
• 2.2 Liquid Waste
• Chapter D.3 Sea Water
• 3.1 Characteristics of Sea Water
• 3.2 Marine Environments
• 3.3 Forms of Corrosion in Sea Water
• 3.4 Marine Applications of Aluminium

 

Part E - The Action of Inorganic Products

• Chapter E.1 Oxides and Peroxides
• 1.1 Oxygen
• 1.2 Ozone
• 1.3 Metal Oxides
• 1.4 Oxides of Copper, Silver, Mercury and Lead
• 1.5 Carbon Monoxide and Carbon Dioxide
• 1.6 Sulphur Dioxide
• 1.7 Sulphuric Anhydride
• 1.8 Nitrogen Oxides
• 1.9 Peroxides
• 1.10 Oxychlorides
• Chapter E.2 Hydrogen, Nitrogen and Noble Gases
• 2.1 Hydrogen
• 2.2 Nitrogen
• 2.3 Noble Gases
• Chapter E.3 Metalloids and Halides
• 3.1 Phosphorus, Arsenic and Antimony
• 3.2 Carbon, Silicon and Boron
• 3.3 Sulphur
• 3.4 Halogens
• 3.5 Halogen Derivatives
• 3.6 Sulphides
• Chapter E.4 Inorganic Bases
• 4.1 Sodium Hydroxide
• 4.2 Potassium Hydroxide
• 4.3 Lithium Hydroxide
• 4.4 Calcium Hydroxide
• 4.5 Barium Hydroxide
• 4.6 Ammonia
• 4.7 Ammonia Water
• 4.8 Hydrazine
• 4.9 Urea
• Chapter E.5 Inorganic Acids
• 5.1 Hydracids
• 5.2 Oxyacids
• Chapter E.6 Inorganic Salts
• 6.1 Fluorides
• 6.2 Chlorides
• 6.3 Chlorates and Perchlorates
• 6.4 Hypochlorites
• 6.5 Bromides and Iodides
• 6.6 Sulphates
• 6.7 Sulphites and Hydrogen Sulphites
• 6.8 Soddium Thiosulphates
• 6.9 Sulphides
• 6.10 Persulphates
• 6.11 Nitrates
• 6.12 Nitrites
• 6.13 Phosphates
• 6.14 Arsenates and Arsenites
• 6.15 Carbonates
• 6.16 Silicates and Metasilicates
• 6.17 Borates, Perborates and Tetraborates
• 6.18 Cyanides, Cyanates and Thiocynates
• 6.19 Chromates and Dichroamtes
• 6.20 Permanganates
• 6.21 Carbamates and Sulfamates

 

Part F - The Action of Organic Productss

• Chapter F.1 Hydrocarbons
• 1.1 Alkanes
• 1.2 Alkenes
• 1.3 Alkynes
• 1.4 Arenes or Aromatic Hydrocarbons
• 1.5 Terphenyls
• 1.6 Cyclic Non-Benzenic Hydrocarbons
• 1.7 Fuels for Engines
• 1.8 Petroleum Industry
• 1.9 Drilling Sludge
• Chapter F.2 Halogen Derivatives
• 2.1 Derivatives of Acyclic Hydrocarbon
• 2.2 Derivatives of Aromatic Hydrocarbon
• 2.3 Halogen Derivatives of Acids and Phenol
• Chapter F.3 Alcohols, Ethers, Thiols and Phenols
• 3.1 The Action of Boiling Alcohols and Dehydrated Phenols
• 3.2 Acrylic Saturated Alcohols
• 3.3 Acrylic Unsaturated Alcohols
• 3.4 Aromatic Alcohols
• 3.5 Other Alcohols
• 3.6 Polyalcohols
• 3.7 Ethers
• 3.8 Thiols and Their Derivatives
• 3.9 Phenols
• Chapter F.4 Amines
• 4.1 Acyclical Amines
• 4.2 Alcohols Aminzs
• 4.3 Aromatic Amines
• 4.4 Derivatives of Aromatic Amines
• 4.5 Aminophenols
• 4.6 Amino Acidss
• Chapter F.5 Aldehydes And Ketones
• 5.1 Aliphatic Aldehydes
• 5.2 Cyclic Aldehydes
• 5.3 Aromatic Aldehydes
• 5.4 Ketones
• Chapter F.6 Carboxylic Acids and Their Derivatives
• 6.1 Acyclic Hydrocarbon Acids
• 6.2 Acid Anhydrides
• 6.3 Salts of Organic Acids
• 6.4 Esters
• 6.5 Amides
• 6.6 Nitriles and Nitrous Derivatives
• Chapter F.7 Other Organic Products
• 7.1 Alkaloids and Heterocyclic Compounds
• 7.2 Glucides

 

G - L'action des milieux divers

• Chapter G.1 Corrosion In Soil
• 1.1 Types of Soil
• 1.2 The Influence of the Nature of Soil on the Corrosion
• 1.3 Forms of Aluminium Corrosion in Soils
• 1.4 Aluminium Corrosion Resistance in Soil
• 1.5 Protection Against Corrosion in Soil
• Chapter G.2 Effect Of Stray Current and Alternating Current
• 2.1 Stray Current
• 2.2 Alternating Current
• Chapter G.3 Fertilisers and Herbicides
• 3.1 Fertilisers
• 3.2 Plant Care Products
• Chapter G.4 4 Construction Materials
• 4.1 The Effect of Concrete
• 4.2 The Effect of Plaster
• 4.3 The Effect of Wood
• 4.4 The effect of Polymers
• Chapter G.5 Food Industry
• 5.1 Aluminium And Health
• 5.2 Food Compatibility of Aluminium European Standardization
• 5.3 Applications of Aluminium in Contact With Foodstuffs
• 5.4 The resistance of Aluminium in Contact With Foodstuffs
• Chapter G.6 Cleaning of Aluminium
• 6.1 Cleaning of Metallic Surfaces
• 6.2 The Choice of Cleaning Products
• 6.3 Compatibility With Aluminium
• 6.4 Cleaning of Materials Used With Food
• 6.5 Cleaning of Anodised Surfaces
• 6.6 Sand Blasting
• 6.7 Cleaning by projection of Ice or Carbonic Ice
• Chapter G.7 Behaviour In Fire
• 7.1 Fire Resistance
• 7.2 Reaction to Fire
• 7.3 The Classification of Aluminium Alloys

 

Products that may be dangerous in contact with aluminium

General References

Glossary

Index