Gefügeentwicklung von doppelplattierten Stählen im Hochtemperaturmikroskop / Revealing the Structure of Doubly Clad Steels in the High Temperature Microscope

Losinskij, Michail G.; Tananov, A. I.

doi:10.1515/pm-1969-060102

Practical Metallography

1969

DOI: 10.1515/pm-1969-060102

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Gefügeentwicklung von doppelplattierten Stählen im Hochtemperaturmikroskop / Revealing the Structure of Doubly Clad Steels in the High Temperature Microscope

Michail G. Losinskij¹,

A. I. Tananov²

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1976

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The Mechanism of Fretting and the Influence of Temperature

Hurricks

1976

Industrial Lubrication and Tribology

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The first part of this paper appeared in our November/December issue and dealt with fretting wear behaviour of mild steel from room temperature to 600°C in air. The general mechanism for fretting is discussed at all temperatures where normal oxidative processes become involved. The nature of fretting wear is also covered and the effects of temperature are described. In this part of the paper, the discussion is continued to include triboxidation, delamination theory, atmospheric environment, transition temperatures, activitation energy and other factors affecting the influence of temperature on fretting.

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The Mechanism of Fretting and the Influence of Temperature

Hurricks

1976

Industrial Lubrication and Tribology

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Gefügeentwicklung von doppelplattierten Stählen im Hochtemperaturmikroskop / Revealing the Structure of Doubly Clad Steels in the High Temperature Microscope

Cited by 1 publication

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The Mechanism of Fretting and the Influence of Temperature

The Mechanism of Fretting and the Influence of Temperature

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