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MNL20
Corrosion Tests and Standards: Application and Interpretation-Second Edition

Baboian R
Pages: 867
Published: 2005
Format: PDF (64M)
Price: $269  [Download Now]

REVISED AND UPDATED, the new edition of this highly respected publication provides guidelines for recognizing types of corrosion, as well as the fundamentals of testing. It provides the most recent technologies for making calculations, interpretations, and correlations, and serves as a source book for procedures, equipment, and standards used in testing.

AS AN ADDED BONUS you get a complimentary CD of 115 ASTM and 60 NACE standards referenced throughout the book.

Eight sections cover:

General Information provides the tools to define, interpret, and evaluate the technology. Greatly expanded, this section includes a UNS for metals and alloys and their common names; standards terminology; SI and matrix guide; general conversion tables; corrosion rate calculations and all necessary conversion factors; and much more. :

Testing and Evaluation includes planning and design of tests, types of corrosion data, metallographic and surface analysis, statistical treatment of data, data computerization and computer applications:

Types of Tests examines laboratory-accelerated tests, field tests, and service tests. This section describes test techniques and specific considerations such as specimen preparation, test duration, acceleration factors, and pertinent standards:

Testing for Corrosion Types covers uniform, pitting, crevice, galvanic, intergranular, exfoliation, erosion, cavitation, fretting, dealloying, stress corrosion, corrosion fatigue and hydrogen damage:

Testing in Environment addresses outdoor and indoor atmospheres, seawater, fresh water, soils, concrete, industrial waters, industrial chemical, petroleum, high-temperature gases, organic liquids, molten salts, liquid metals, corrosion inhibitors, in-vivo, and microbiological effects. :

Materials Testing gives you an overview of important tests used in evaluating the corrosion behavior of metals and alloys, including zinc, lead, aluminum, steels, copper, nickel, stainless steels, cobalt-base alloys, titanium, zirconium and hafnium, tantalum and niobium alloys, metallic coatings on steel, nonmetallic coatings, metal matrix composites, electrodeposits, and powder metallurgy materials:

Testing in Industries provides an overview of corrosion testing unique to each industry, including automotive, commercial aircraft, military aircraft and equipment, pipeline, highways, tunnels and bridges, marine-piers and docks, electric power, nuclear power, steam generation, flue gas desulphurization, electronics, telecommunications, metal processing, chemical processing, pulp and paper, petroleum production and refining, food and beverage, water handling systems, medical and dental, and pharmaceutical:

Corrosion-Related Standards provides a comprehensive list of standards developed by various organizations including the American Petroleum Institute, American Waterworks Association, ASME International, ASTM International, International Electrotechnical Commission, ISO, NACE International, SAE International, and the Steel Structures Painting Council. :

This new edition is certain to serve as a valuable resource for corrosion scientists and technologists in industry, government, and academia.



Table of Contents

Introduction


Miscellaneous Information


Corrosion-Related Standards


Chapter 1-Planning and Design of Tests
Cramer S., Jones B.

Chapter 2-Types of Data
Silverman D.

Chapter 3-Metallographic Analysis
Colwell R.

Chapter 4-Surface Analysis
Hopkins A.

Chapter 5-Statistical Treatment of Data, Data Interpretation, and Reliability
Haynie F.

Chapter 6-Computer Based Data Organization and Computer Applications
Roberge P.

Chapter 7-Electrochemical Tests
Scully J.

Chapter 8-Cabinet Tests
Meade C.

Chapter 9-Immersion Testing
Corbett R.

Chapter 10-High-Temperature and High-Pressure Corrosion Testing
Kane R.

Chapter 11-Atmospheric
Dean S.

Chapter 12-Seawater
Jenkins J.

Chapter 13-Freshwater
Young W., Fairer P.

Chapter 14-Soils
Escalante E.

Chapter 15-Industrial Applications
Perkins A.

Chapter 16-High-Temperature
Smith G.

Chapter 17-Uniform Corrosion
Ellor J., Repp J.

Chapter 18-Pitting
Kelly R.

Chapter 19-Crevice Corrosion
Sridhar N., Dunn D., Brossia C., Cragnolino G., Kearns J.

Chapter 20-Galvanic
Hack H.

Chapter 21-Intergranular
Streicher M.

Chapter 22-Exfoliation
Sprowls D., Cooper K.

Chapter 23-Erosion, Cavitation, and Fretting
Glaeser W.

Chapter 24-Dealloying
Van Orden A.

Chapter 25-Environmental Cracking-Stress Corrosion
Lisagor W.

Chapter 26-Environmental Cracking-Corrosion Fatigue
Gangloff R.

Chapter 27-Hydrogen Damage
Interrante C., Raymond L.

Chapter 28-Outdoor Atmospheres
Lawson H.

Chapter 29-Indoor Atmospheres
Sinclair J.

Chapter 30-Seawater
Shifter D., Aylor D.

Chapter 31-Freshwater
Young W., Fairer P.

Chapter 32-Soils
Veleva L.

Chapter 33-Concrete
Berke N.

Chapter 34-Industrial Waters
Krisher A.

Chapter 35-Industrial Chemicals
Puyear R.

Chapter 36-Petroleum
Efird K.

Chapter 37-High-Temperature Gases
Smith G., Baker B.

Chapter 38-Organic Liquids
Brossia C., Shifter D.

Chapter 39-Molten Salts
Pettit F.

Chapter 40-Liquid Metals
Bagnall C., Tortorelli P., Pawel S., DeVan J., Schrock S.

Chapter 41-Corrosion Inhibitors
Hausler R.

Chapter 42-Corrosion Testing in In Vivo Environments
Bundy K.

Chapter 43-Microbiological Effects
Dexter S.

Chapter 44-Zinc
Goodwin F., Alhassan S.

Chapter 45-Lead (and Alloys)
Alhassan S., Goodwin F.

Chapter 46-Magnesium (and Alloys)
Hillis J.

Chapter 47-Aluminum (and Alloys)
Lifka B.

Chapter 48-Steels
Komp M., Jordan D., Baboian R.

Chapter 49-Copper (and Alloys)
Cohen A.

Chapter 50-Nickel (and Alloys)
Hibner E.

Chapter 51-Stainless Steels
Martin J.

Chapter 52-Cobalt-Base Alloys
Crook P.

Chapter 53-Titanium
Schutz R.

Chapter 54-Zirconium and Hafnium
Yau T.

Chapter 55-Tantalum and Niobium Alloys
Hinshaw E., Moser K.

Chapter 56-Metallic Coatings on Steel
Simpson T., Townsend H.

Chapter 57-Nonmetallic Coatings
Granata R.

Chapter 58-Metal-Matrix Composites
Hihara L.

Chapter 59-Electrodeposits
Moffat T.

Chapter 60-Powder Metallurgy (P/M) Materials
Klar E., Samal P.

Chapter 61-Automotive
Baboian R.

Chapter 62-Commercial Aircraft
Adjorlolo A., Marceau J.

Chapter 63-Military Aircraft and Associated Equipment
Groshart E.

Chapter 64-Pipeline
Rothman P., Young W.

Chapter 65-Highways, Tunnels, and Bridges
Bushman J., Choker V.

Chapter 66-Marine-Piers and Docks
Jenkins J.

Chapter 67-Electric Power
Mayer P., Pellgrini A.

Chapter 68-Nuclear Power
Licina G.

Chapter 69-Steam Generation
Jonas O.

Chapter 70-Flue Gas Desulfurization
Rosenberg H., Dille E.

Chapter 71-Electronics
Baboian R.

Chapter 72-Telecommunications
Schick G.

Chapter 73-Metals Processing
DeBold T.

Chapter 74-Chemical Processing
Moniz B., Zhang S.

Chapter 75-Pulp and Paper
Wensley A.

Chapter 76-Petroleum Production and Refining
Tuttle R.

Chapter 77-Food and Beverage
Clayton W., Tholke B.

Chapter 78-Water Handling Systems
Boffardi B.

Chapter 79-Medical and Dental
Fraker A.

Chapter 80-Pharmaceutical
Jensen D.

Author Index


Subject Index


Committee: G01
Paper ID: MNL20-EB
DOI: 10.1520/MNL20-EB
ISBN-EB: 978-0-8031-4555-9

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Subject Index