Metallography and Microstructures"Metallography and Microstructures, Volume 9 of the ASM Handbook, is an essential reference for anyone who specifies, performs, monitors, evaluates, or uses metallurgical analyses for production quality control, research, or educational training. The new edition is a comprehensive reference that features over 30 new articles with substantive updates on metallographic techniques and microstructural interpretation. Expanded and new coverage includes: New articles on field metallography, digital imaging, and quantitative image analysis, quantitative metallography, and color metallography; All-new articles on the metallography and microstructural interpretation of cast irons, carbon and low-alloy steels, aluminum alloys, precious-metal alloys, titanium alloys, ceramics, and thermal spray coatings; Substantially revised articles on metallography and microstructural interpretation of tool steels, stainless steels, copper alloys, powder metallurgy alloys, and cemented carbides; Hundreds of new micrographs throughout the volume; More integrated in-text citation of micrograph images with respect to discussions on preparation techniques and alloy metallurgy; Updated coverage on specimen-preparation techniques for both manual methods and semi-automatic machines; Practical coverage on sectioning and specimen extraction; New and revised articles on structures from solidification and solid-state transformations; Laboratory safety guide; New expanded color section. More than 70 pages are in full color--eight times the amount in the previous edition! Metallography and Microstructures is undoubtedly an essential reference for anyone with an interest in the analysis of metals."--Provided by publisher. |
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abrasive acid alloy aluminum analysis applied atoms austenite boundaries cast cell chemical color component composition containing contrast cooling crack crystal deformation dendrites depends developed direction dislocation distribution edge effect electrolyte electron etchants etching eutectic eutectoid examination example ferrite field Figure formation fracture grain grain boundaries gray growth heat important increases interface iron layer light lines liquid magnification martensite material matrix measurements mechanical metal metallographic method microscope microstructure mount objects observed obtained occurs optical orientation original particles pearlite peritectic phase pixels plane plate polishing precipitates preparation procedure produced range reaction reagent region removed resolution revealed rolling sample selected shape shown in Fig shows solid solidification solution Source specimen steel structure surface Table techniques temperature tion transformation ture typical volume