Titlebook: Contact Mechanics and Friction; Physical Principles Valentin L. Popov Book 2017Latest edition Springer-Verlag GmbH Germany 2017 Adhesion.C

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Josef Krautkrämer,Herbert KrautkrämerWe begin our consideration of contact problems with the .. A normal contact problem revolves around two bodies which are brought into contact with one another by forces perpendicular to their surfaces. A prominent example is the wheel of a train on a rail.

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Ultrashort Interactions in Solids,In this chapter, a method is illustrated to find the exact solutions of contact problems in the framework of the “half-space approximation.” We examine, in detail, the classical contact problem of normal contact between a rigid sphere and an elastic half-space, which is often used to analyze more complex models.

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Universal Joints and DriveshaftsThe problem of normal contact (without adhesion) between elastic bodies with slightly curved surfaces was solved in 1882 by Hertz. Bradley presented the solution 50 years later for adhesive normal contact between a rigid sphere and a rigid plane.

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Geochemistry and Minerochemistry of Uranium,Rolling contacts are found in innumerable technical applications. Wheel-rail or tire-street contacts, roll bearings, gears, and diverse feeding or transportation mechanisms (e.g. in a printer) are the most known examples.

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https://doi.org/10.1007/978-3-662-03535-1Wear is one of the main causes for component damage and subsequent failure of machines and devices. Its mitigation by appropriate material choice, coating, surface design, or lubrication is, therefore, of high economic importance.

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,Rigorous Treatment of Contact Problems – Hertzian Contact,In this chapter, a method is illustrated to find the exact solutions of contact problems in the framework of the “half-space approximation.” We examine, in detail, the classical contact problem of normal contact between a rigid sphere and an elastic half-space, which is often used to analyze more complex models.

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Wear,Wear is one of the main causes for component damage and subsequent failure of machines and devices. Its mitigation by appropriate material choice, coating, surface design, or lubrication is, therefore, of high economic importance.