Titlebook: Contact Mechanics; J.R. Barber Book 2018 Springer International Publishing AG 2018 Contact mechanics.Surface roughness.Idealized problems.

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Indentation Problems, the stress field and the force–displacement relation are defined by the Hertzian analysis. The maximum shear stress associated with the axisymmetric Hertzian problem occurs at a depth of 0.48., where . is the radius of the contact circle and this point reaches both the Tresca and von Mises yield co

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Contact of Rough Surfaces,ular, the observation that the tangential force . required to cause sliding is approximately proportional to the applied normal force . and largely independent of the nominal contact area in a wide variety of situations.

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Thermoelastic Contact,ic deformations, though generally small, can therefore have a major effect on systems involving contact. Further interesting effects are introduced if the thermal boundary conditions at the interface are influenced by the mechanical contact conditions. The thermal and thermoelastic problems are then

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Solid Mechanics and Its Applicationshttp://image.papertrans.cn/c/image/236269.jpg

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https://doi.org/10.1007/978-3-662-00971-0. Furthermore, since the coordinate system in Fig.?. satisfies the conditions . the first non-zero terms in this series are the quadratic terms . The problem of Eq.?(.) is influenced by the gap function only in the contact region . which is generally small in non-conformal contact, so the higher ord

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https://doi.org/10.1007/978-3-662-01117-1ed] together, in which case we are not strictly in the domain of contact mechanics. The investigation of the nature of such frictional tractions is more properly a subject for the related discipline of Tribology, though we shall touch on the subject in Sect.?., and also in Chap.?. where we investiga

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Umweltschutz in der schlanken Produktionng bodies can be approximated by half-spaces, this condition is satisfied if and only if Dundurs’ constant ., as defined in Eq.?(.), the most common case being that in which the two bodies are of similar materials. We shall assume that . through Sects.?.–. of this chapter.

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https://doi.org/10.1007/978-3-662-01992-4 separation. The asymptotic elastic fields at the boundaries between these regions generally exhibit singularities, either in the stresses or in the stress gradients, and the properties of the corresponding singular fields often lead to results of some generality. For example, we can show that in an