Titlebook: Handbook of Elasticity Solutions; Mark Kachanov,Boris Shafiro,Igor Tsukrov Book 2003 Springer Science+Business Media Dordrecht 2003 materi

變白

Three-dimensional crack problems for the isotropic or transversely isotropic infinite solid,This chapter gives displacements, stresses, stress intensity factors (SIFs) and displacement discontinuities (crack opening displacements, CODs) in an infinite solid containing one crack. The solid is assumed to be either isotropic or transversely isotropic; in the latter case, the crack is parallel to the isotropy plane.

清真寺

A crack in an infinite anisotropic two-dimensional solid,Elastic stiffnesses and compliances are denoted by .. and .., respectively, so that Hooke’s law takes the form ..

Temporal-Lobe

Thermoelasticity,In this section, basic governing equations of thermoelasticity are summarized. The solid is assumed ., from the point of view of both the elastic properties and the thermal conductivity.

Interlocking

一再困擾

Elastic space containing a rigid ellipsoidal inclusion subjected to translation and rotation,A rigid ellipsoidal inclusion is embedded into an infinite elastic space. It is given a small displacement and a small rotation. This chapter gives the resulting elastic fields (solution was given by Lur’e (1970) in a somewhat incomplete form and with errors; for a corrected solution in the complete form, see Kachanov et al. (2001).

高射炮

Basic stress intensity factors (SIFs) and stress concentrations (2-D configurations),SIFs selected for this section are those relevant for the basic fracture mechanics. Much larger collections, with applications to various structural mechanics problems, can be found in several handbooks of SIFs (Sih, 1973, Tada et al., 1973, Rooke & Cartwright, 1976, Mukarami, 1987).

Goblet-Cells

Grievance

Firefly

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