Titlebook: Introduction to Solid Mechanics; An Integrated Approa Jacob Lubliner,Panayiotis Papadopoulos Textbook 2017Latest edition Springer Internati

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Discrete

Torsion,As we established in Sect. ., the shear stress . in a thin-walled circular tube of mean radius . subject to a torque . can be determined independently of the material properties and is given (at least far enough away from the ends, in accordance withSaint-Venant’s principle) by Eq. (.)

Hiatal-Hernia

https://doi.org/10.1007/978-3-319-18878-2Elastic Bending of Beams; Elasticity of deformable bodies; Inelasticity and Material Failure; Mechanica

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Deformation and Strain,e and/or size of the body. All real materials undergo some deformation under the influence of forces. To quantify the deformation of a solid body relative to some reference configuration, it is important to introduce the notions of stretch and strain.

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Elastic Bending of Beams, shear force and bending moment in a beam is essential for the determination of the stresses and the deflection of the beam. For this reason, the calculation of these diagrams is developed here systematically on the basis of differential equations of equilibrium analogous to Eq. (.) for axial forces and to Eq. (.) for torques.

BUDGE

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Inelasticity and Material Failure,. These represent the properties of the material for, on the one hand, uniaxial normal stress (tensile and compressive) and the conjugate longitudinal strain and, on the other hand, shear stress and the conjugate shear strain. Such diagrams may represent linearly elastic, nonlinearly elastic or inelastic behavior, as discussed in Sect. ..

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on of marine processes the book tries to be more than a glossary or dictionary. It tries to provide a succinct overview of the major topics in marine science. Students, teachers, and scientists as well as interested laymen may use it to find an explanation of oceanographic terms outside their own fields. The 978-3-642-97361-1