Results 241 to 250 of about 22,934 (275)

Metallographie unlegierter Stähle

1981
Die metallographische Untersuchung unlegierter Stahle setzt die Kenntnis des in Bild 1 gezeigten metastabilen Zustandsdiagrammes Eisen-Eisenkarbid voraus. Dieses gibt eine Ubersicht uber die Temperatur-Konzentrations-Bereiche, in denen bestimmte Phasen auftreten.
Eckard Macherauch, Hans-Werner Zoch
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Martensit und Metallographie / Martensite and Metallography

Practical Metallography, 2000
Martensite and metallography were the two subject areas in which Hermann Schumann (1924 -1989) achieved great respect. An example of which is his work on y ↔ e -transformations, the fundamentals and technical exploitation of which he combined in the development of new materials [1]. This paper is dedicated to his memory.
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A History of Metallography [PDF]

Nature, 1961
A History of Metallography The Development of Ideas on the Structure of Metals before 1890. By Prof. Cyril Stanley Smith. Pp. xxi + 291. (Chicago: University of Chicago Press; London: Cambridge University Press, 1960.) 8.50 dollars; 68s.
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Metallography of Microelectronic Devices / Metallographie mikroelektronischer Bauteile

Practical Metallography, 2002
By selecting a proper blade, sectioning the device under compression, placing it so that the feature of interest is at the trailing edge, and selecting a proper abrasive and cloth, the polishing process is able to resolve minute details which are easy to obliterate if not prepared properly.
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Quantitative metallography of recrystallization

Acta Materialia, 1997
Abstract A systematic procedure based on optical microscopy has been developed in order to measure the microstructural parameters of interest in recrystallization studies. It basically consists of the application of available stereology methods to determine volume fraction recrystallized and to count the types of boundaries commonly found during the ...
P.L.Orsetti Rossi, C.M. Sellars
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Introduction to Metallography

2019
Metallography is essentially the science of the internal structure of metallic materials, broadly understood to include the examination and identification of grains, phases or interfaces and crystal orientations of a metal, as well as its non-metallic inclusions and voids, corrosion crusts and patinas. The technique traditionally relies on the sampling
Roland Schwab, David A. Scott
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Abrasive Cutting in Metallography

1974
Abrasive cutting is the most widely used method of sectioning materials for microscopic examination and other material investigations. Conventional abrasive cutting using consumable wheels is the most popular method for routine metallographic sectioning because it is fast, accurate and economical.
James A. Nelson, Robert M. Westrich
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Metallography of pitting corrosion

Materials Characterization, 1992
Abstract Following a brief description of the history of studies of pitting corrosion, a classification scheme is proposed that considers the typical constraints that can be imposed on localized dissolution phenomena. Recent light and electron metallographic studies on a range of austenitic stainless steels have permitted an appreciation for the role
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Zylinderschliffe in der Metallographie? / Cylindrical Sections in Metallography?

Practical Metallography, 1986
W. Vorwald, D. Meyer, K. Breitkreutz, O. Ball   +3 more
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Grundzüge der Metallographie

1908
In dem § 24 war erlautert worden, in welchem Umfange die mechanischen Eigenschaften der Materialien und insbesondere der Metalle von ihrer chemischen Zusammensetzung abhangen, und in welcher Weise sie durch thermische Behandlung und mechanische Bearbeitung beeinflust werden.
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