TITLE PAGE
SCOPE
FOREWORD
Sponsorship
Conditions of Release
General
MOD Tender or Contract Process
Related Documents
Health and Safety
Warning
CONTENTS
SECTION 1 - METALLIC MATERIALS
SECTION 2 - ENVIRONMENTAL CONDITIONS
SECTION 3 - PROPERTIES AND SELECTION OF METALLIC MATERIALS
            3.1 Physical Properties
            3.2 Mechanical Properties
            3.3 Tensile and Shear Properties
            3.4 Hardness and Abrasion
            3.5 Notch Toughness
            3.6 Creep
            3.7 Stress Relaxation
            3.8 Fatigue
            3.9 Corrosion Fatigue
            3.10 Chemical Properties
            3.11 Stress and Corrosion
            3.12 Selection of Metals
            3.13 Toxicity of Metals
SECTION 4 - MODES OF FAILURE
            4.1 Plastic Collapse
            4.2 Brittle Fracture
            4.3 Fatigue and Corrosion Fatigue
            4.4 Corrosion
            4.5 Stress Corrosion and Stress Corrosion Cracking
            4.6 Low Energy Ductile Tearing
SECTION 5 - METAL FORMS AND PROCESSES
            5.1 Cast Metals
            5.2 Advantages and Disadvantages of Castings
            5.3 Wrought Products
            5.4 Working Processes
            5.5 Extrusion
            5.6 Powder Metallurgy
            5.7 Clad Metals
SECTION 6 - SHAPING OF METALS
            6.1 Cold Forming
            6.2 Hot Forming
            6.3 Shaping Weldments
            6.4 Spinning
            6.5 Machining
SECTION 7 - HEAT TREATMENT
            7.1 Steel
            7.2 Annealing
            7.3 Normalizing
            7.4 Quenching
            7.5 Interrupted Quenching
            7.6 Tempering
            7.7 Flame Hardening
            7.8 Induction Hardening
            7.9 Stress Relief
            7.10 Non-Ferrous Alloys
            7.11 Solution Treatment and Precipitation Hardening
SECTION 8 - SURFACE TREATMENT
            8.1 Surface Hardening
            8.2 Carburizing
            8.3 Pack Carburizing
            8.4 Liquid Carburizing
            8.5 Gas Carburizing
            8.6 Steels for Carburizing
            8.7 Nitriding
            8.8 Ion-Nitriding
            8.9 Steels for Nitriding
            8.10 Carbon-nitriding
            8.11 Nitriding v Carburizing
            8.12 Patented Processes
            8.13 Surface Coatings
            8.14 Hot Dipped Coatings
            8.15 Electroplated Coatings
            8.16 Electroless Plating
            8.17 Sherardizing
            8.18 Calorizing
            8.19 Ion-Plating
            8.20 Phosphating
            8.21 Anodizing
            8.22 Metal Spraying
SECTION 9 - TESTING AND QUALITY ASSURANCE
            9.1 Strength and Ductility
            9.2 Hardness
            9.3 Notch Toughness
            9.4 Production Testing of Notch Toughness
            9.5 Laboratory Testing of Notch Toughness
            9.6 Drop Weight Test
            9.7 Bulge Explosion Test
            9.8 Crack Arrest Test
            9.9 Isothermal Crack Arrest Test
            9.10 Wide Plate Test
            9.11 Dynamic Tear Test
            9.12 Fracture Mechanics Test
            9.13 Material Cleanness
            9.14 Creep and Stress Rupture
            9.15 Fatigue Limit
            9.16 Corrosion Fatigue and Stress Corrosion Cracking
            9.17 Welding and Brazing Tests
            9.18 Non-Destructive Examination
            9.19 Ultrasonics
            9.20 Eddy Current
            9.21 Radiography
            9.22 Magnetic Particle
            9.23 Dye Penetrant
            9.24 Quality Assurance
SECTION 10 - CARBON AND LOW ALLOY STEELS
             10.1 Limitations of Plain Carbon Steels
             10.2 Low Alloy Steels
             10.3 Steels for Naval Use
SECTION 11 - STAINLESS STEEL
             11.1 Austenitic
             11.2 Ferritic
             11.3 Martensitic
             11.4 Duplex (Austenitic-Ferritic)
             11.5 Precipitation Hardening
             11.6 Corrosion Resistance
             11.7 Stress Corrosion Cracking
             11.8 Carbide Precipitation
             11.9 Stainless Steels for Naval Use
SECTION 12 - CAST IRONS (GREY FLAKE AND DUCTILE IRONS)
SECTION 13 - COPPER AND COPPER ALLOYS
SECTION 14 - NICKEL AND NICKEL ALLOYS
             14.1 NA 13
             14.2 NA 18
             14.3 NA 21
             14.4 Corrosion Resistance
SECTION 15 - ALUMINIUM AND ALUMINIUM ALLOYS
SECTION 16 - TITANIUM
SECTION 17 - DAMPING ALLOYS
SECTION 18 - BEARING ALLOYS
SECTION 19 - MISCELLANEOUS ALLOYS
             19.1 Shape Memory Effect (SME) Alloys
             19.2 Lead and Zinc
SECTION 20 - CORROSION
             20.1 Mechanisms of Corrosion
             20.2 Bimetallic Corrosion
             20.3 Formation of Surface Films
             20.4 Protective Films
             20.5 Selective Phase Corrosion
             20.6 Crevice Corrosion
             20.7 Impingement Corrosion
             20.8 Cavitation
             20.9 Hot Spot Corrosion
             20.10 Pitting
             20.11 Exfoliation of Aluminium Alloy
             20.12 Harbour and Estuarine Waters
SECTION 21 - CATHODIC PROTECTION
             21.1 Sacrificial Anode System
             21.2 Materials
             21.3 Impressed Current Cathodic Protection (ICCP)
                  Systems
SECTION 22 - MARINE FOULING
             22.1 Outer Bottom Fouling
             22.2 Fouling of Sea Water Systems
             22.3 Fouling by Bacteria and Fungi
SECTION 23 - ANTIFOULING METHODS
SECTION 24 - HOT GAS CORROSION
SECTION 25 - FRETTING CORROSION
SECTION 26 - LUBRICATING OILS
ANNEX A - RELATED DOCUMENTS
ANNEX B - DEFINITIONS AND ABBREVIATIONS
ALPHABETICAL INDEX