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New Distributed Titles Fall 2009 - Oxbow Books

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materials science<br />

Self-Healing Properties of <strong>New</strong> Surface Treatments<br />

edited by L Fedrizzi<br />

All branches of industry have, for many decades, utilized organic coatings<br />

with active pigments. In most cases the pigments have included zinc dust,<br />

red lead oxide or chromates, the protective mechanisms of which are well<br />

understood. However, the use of lead and chromate-based coatings is no<br />

longer permitted, due mainly to their toxic and carcinogenic characteristics,<br />

respectively. This has stimulated much interest in the development of<br />

new environmentally-friendly coatings with active pigments that convey<br />

self-healing characteristics. The use of advanced primers containing smart<br />

self-healing pigments with up to four cooperative effects aims to provide<br />

enhanced corrosion resistance for steel or aluminium structures.<br />

280p, hardback, 9781906540364, $230.00(ss), Maney Publishing,<br />

November <strong>2009</strong>.<br />

The First 50 Years of the EFC<br />

edited by Paul McIntyre<br />

With over thirty member societies in twenty-four different countries, the<br />

European Federation of Corrosion (EFC) is one of the world’s largest corrosion<br />

organizations. Founded in 1955, it recently celebrated its fiftieth anniversary.<br />

To mark the event, thirteen current and past chairpersons summarized progress<br />

in their particular area of interest. The main focus of these contributions<br />

is on developments during the first fifty years of existence of the EFC and,<br />

in particular, on the contributions made by its working parties. The topics<br />

covered include: Corrosion Inhibitors; High Temperature Corrosion; Nuclear<br />

Corrosion; Corrosion Education; Methods of Corrosion Testing; Marine<br />

Corrosion; Microbiologically Influenced Corrosion; Corrosion in Concrete;<br />

Corrosion in Oil and Gas Production; Corrosion Control by Coatings; Corrosion<br />

Management in Refineries; Cathodic Protection; Corrosion in Automotive.<br />

240p, hardback, 9781906540340, $195.00(ss), Maney Publishing,<br />

September <strong>2009</strong>.<br />

118<br />

Maney Publishing<br />

Investment Casting<br />

<strong>New</strong> in paperback!<br />

by P R Beeley and R F Smart<br />

This book examines the investment casting process<br />

and its products, making it an invaluable reference<br />

source for those working in the industry itself, as well<br />

as engineers involved with the selection, design and<br />

use of investment castings. Coverage includes tooling,<br />

pattern technology, investment materials and<br />

ceramic shell manufacture, melting and casting,<br />

gating and feeding investment castings, finishing<br />

investment castings, health, safety and environmental<br />

legislation, defects and non-destructive testing,<br />

metallurgical aspects: structure control, design for<br />

investment casting and a review of applications.<br />

496p, paperback, 9781906540579, $190.00(ss), Maney Publishing, December 2008.<br />

Protective Systems for High Temperature Applications<br />

From Theory to Industrial Implementation<br />

by M Schütze<br />

Recent initiatives and developments in high temperature technology aim at the exploitation<br />

of fuels’ end processes at the edge of present materials capabilities, driving service<br />

temperatures higher and operating within ever more aggressive environmental conditions.<br />

The key to reliable operation of components for sufficiently long service periods<br />

to a large extent lies in the high temperature properties of the materials used, with high<br />

temperature corrosion resistance as the major life and performance-limiting factor. As<br />

industry has turned to coatings to provide improved materials performance, there is<br />

extensive worldwide activity to develop high performance protective coating systems,<br />

to prevent or minimize damage by corrosion, as well as by abrasion, wear and erosion<br />

at elevated temperature. Many of these systems are based on systematic development<br />

starting from present theoretical understanding, including laboratory data and ending up<br />

in tailor-made solutions for industrial applications.<br />

600p, hardback, 9781906540357, $290.00(ss), Maney Publishing, October <strong>2009</strong>.<br />

Guidelines on Materials Requirements<br />

for Carbon and Low Alloy Steels for H2S-Containing<br />

Environments in Oil and Gas Production<br />

3rd Edition<br />

edited by Svein Eliassen and Liane Smith<br />

This is a revised and updated version of an EFC report on the possible types of H2S cracking<br />

that can occur in an oil field. It covers all items of equipment used, from the well to<br />

the export pipelines and also recommends test methods for evaluating materials performance.<br />

This is a key reference document for materials engineers and product suppliers<br />

working in the oil and gas industry.<br />

56p, paperback, 9781906540333, $95.00(ss), Maney Publishing, June <strong>2009</strong>.<br />

The David Brown Book Company – <strong>Fall</strong> <strong>2009</strong>

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