Illustrated Case Histories Of Marine Corrosion/Иллюстрированные примеры морской коррозии

Издание на английском языке
The book provides an overview of the corrosion damage that can occur in marine environments, with a focus on systems that work with seawater. It examines the fundamentals of marine corrosion theory, including the electrochemical processes that occur between metal and the environment. Various types of corrosion, such as uniform and localized, are described, as well as factors affecting the rate of corrosion processes, including temperature, concentration, and electrical potential. The book also offers recommendations on the choice of materials and possible measures to prevent and eliminate corrosion in marine systems.

Contents
Series Introduction
Acknowledgements
Foreword
Chapter 1 Introduction
1.1 Purpose 1
1.2 Theory of Marine Corrosion
1.3 Nature of Seawaters
1.4 Types of Corrosion
1.4.1 Uniform attack
1.4.2 Bimetallic corrosion
1.4.3 Flow induced corrosion
1.4.4 Crevice corrosion
1.4.5 Pitting corrosion
1.4.6 Selective corrosion
1.4.7 Intergranular corrosion
1.4.8 Stress-corrosion cracking
1.4.9 Hydrogen embrittlement
1.4.10 Corrosion fatigue
1.5 Corrosion Protective Measures
1.6 References
Chapter 2 Materials Used in the Marine Environment
2.1 Carbon Steel and Low Alloyed Steel
2.2 Cast Irons
2.3 High Alloyed Steel
2.4 Nickel-base Alloys
2.5 Aluminium Alloys
2.6 Copper alloys
2.7 Titanium
2.8 Plastics
2.9 Concrete
2.10 References
Chapter 3 Specific Cases
Pipes
Pi 1 Flange joint; mild steel; galvanic corrosion
Pi 2 Piping; galvanized mild steel; localized corrosion
Pi 3 Pipe bend; coated mild steel; corrosion
Pi 4 Pipe joint; grey cast iron; graphitic corrosion
Pi 5 Pipe bend; grey cast iron; graphitic corrosion
Pi 6 Pipe nozzle; CuNilOFe; galvanic corrosion
Pi 7 Pipe branch; CuNi-alloy; erosion-corrosion
Pi 8 Pipe; CuNilOFel.5; erosion-corrosion
Pi 9 Pipe; CuNilOFe; erosion-corrosion
Pi 10 Flange joint; CuNi5Fe; erosion-corrosion
Pi 11 Flange joint; austenitic stainless steel; crevice corrosion
Pi 12 Piping; austenitic stainless steel; crevice corrosion
Pi 13 Flange joint; duplex stainless steel; crevice corrosion
Pi 14 Piping; austenitic stainless steel; pitting
Pi 15 Plug; ferritic stainless steel; pitting
Pi 16 Plug; brass; dezincification
Pi 17 Pipe bend; aluminium brass; stress corrosion cracking
Pi 18 Manometer socket; aluminium brass; fatigue cracking
Pi 19 Thermometer pocket; brass; dezincification
Pi 20 Flow meter; free machining austenitic stainless steel; crevice corrosion
Pi 21 Retainer bolt; austenitic stainless steel; crevice corrosion
Pi 22 Strainer; brass; dezincification
Pumps
Pu 1 Pump shaft; type 431 stainless steel; pitting
Pu 2 Pump shaft; type 321 stainless steel; fatigue
Pu 3 Pump shaft; type 431 stainless steel; crevice corrosion
Pu 4 Pump shaft; duplex stainless steel; crevice corrosion
Pu 5 Pump body; gunmetal; erosion-corrosion
Pu 6 Pump impeller; tin bronze; erosion-corrosion
Pu 7 Pump impeller; nickel-copper alloy; cavitation
Pu 8 Pump impeller; cast iron; erosion-corrosion and graphitisation
Pu 9 Pump impeller; cast iron; cavitation
Pu 10 Pump impeller; copper-base alloy; erosion-corrosion
Pu 11 Pump impeller; Ni-Resist cast iron; erosion-corrosion
Pu 12 Propeller shaft; type 316 stainless steel; crevice corrosion
Pu 13 Ship's propeller; manganese bronze; stress corrosion cracking
Valves
V 1 Valve stem; stainless steel; crevice corrosion
V 2 Valve stem: alpha brass; dezincification
V 3 Ball valve; chromium plate; galvanic corrosion
V 4 Valve stem; stainless steel; pitting
V 5 Valve body; alpha-beta (60/40) brass; dezincification
V6 Valve body; alpha-beta (60/40) brass; dezincification
V 7 Valve body; titanium; general corrosion
V 8 Valve body and disc; gunmetal and naval brass; erosion-corrosion and dezincification
V 9 Valve disc; tin bronze; erosion-corrosion
V 10 Ball valve ball; austenitic stainless steel; crevice corrosion
V 11 Valve disc; nickel plating on cast iron; pitting
V 12 Valve disc; cast steel; flow accelerated general corrosion
V 13 Valve disc; aluminium bronze; dealuminification
V 14 Valve disc; aluminium bronze; dealuminification
V 15 Valve disc; cast irons; general corrosion accelerated by flow
N 16 Valve disc; aluminium bronze; erosion-corrosion
Heat Exchangers
HE 1 Water box; cast iron; coating failure
HE 2 Tube plate; naval brass; erosion-corrosion
HE 3 Tube plate; naval brass; erosion-corrosion
HE 4 Tube plate; nickel aluminium bronze; crevice corrosion
HE 5 Tube plate; stainless steel; crevice corrosion
HE 6 Tube plate; aluminium bronze; crevice corrosion
HE 7 Tubes; copper-nickel; dissimilar metal corrosion
HE 8 Tubes; copper-nickel; erosion-corrosion
HE 9 Tubes; aluminium brass; erosion-corrosion
HE 10 Tubes; aluminium brass; erosion-corrosion
HE 11 Tubes; aluminium brass; erosion-corrosion
HE 12 Tubes; aluminium brass; erosion-corrosion
HE 13 Tubes; copper-nickel; erosion-corrosion
HE 14 Tubes; aluminium brass; erosion-corrosion
HE 15 Tubes; aluminium brass; erosion-corrosion
HE 16 Tubes; carbon steel; pitting
HE 17 Tubes; copper-nickel; pitting
HE 18 Tubes; aluminium brass; pitting
HE 19 Tubes; copper-nickel; pitting
HE 20 Tubes; copper-nickel; pitting
HE 21 Tubes; copper-nickel; pitting
HE 22 Tubes; aluminium brass; pitting
HE 23 Tubes; stainless steel; pitting
HE 24 Tubes; aluminium brass; dezincification
HE 25 Tubes; admiralty brass; stress corrosion cracking
HE 26 Tubes; admiralty brass; stress corrosion cracking
HE 27 Plate heat exchanger; aluminium brass; stress corrosion cracking
HE 28 Tubes; admiralty brass; stress corrosion cracking
HE 29 Tubes; aluminium brass; fatigue
HE 30 Tubes; aluminium brass; fatigue
HE 31 Tubes; aluminium brass; fretting/fatigue
HE 32 Tubes; aluminium brass; cavitation/wear
HE 33 Tubes; aluminium brass; steamside corrosion
HE 34 Tubes; arsenical brass; steamside corrosion
HE 35 Tubes; aluminium brass; steamside erosion
HE 36 Tubes; titanium; steamside erosion
HE 37 Tubes; copper-nickel; steamside erosion
HE 38 Plate heat exchanger; titanium; fretting corrosion