Titlebook: Generalized Continua and Dislocation Theory; Theoretical Concepts Carlo Sansour,Sebastian Skatulla Book 2012 CISM Udine 2012 Continuum Mech

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0254-1971 cs and illustrates its fundamental importance at the smallest scale. In three contributions extensive computational results of many examples are presented..978-3-7091-1755-2978-3-7091-1222-9Series ISSN 0254-1971 Series E-ISSN 2309-3706

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Conditions for Discovery through Writing, Its material divergence provides the sought driving force on different types of “defects” such as, dislocations, disclinations, point defects, cracks, phase-transition fronts and shock waves. Here the emphasis is placed on defects more particularly related to materials science and for materials pre

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Conditions for Discovery through Writing,als. These classes include elasticity, the standard case in its pure homogeneous form, and more complex behaviors including inhomogeneous and dissipative materials. A typical such driving force is the Peach-Koehler force acting on a dislocation line. More generally, these forces of a non-Newtonian n

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Real-Time High-Resolution Mass Spectrometry,’s resistance to deformation exhibits a finite radius of interaction on atomic or molecule level, e.g. (1963); (1964) outlined that this is the case if the deformation wave length approaches micro-structural length scale. Differently said, if the external loading corresponds material entities smalle

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J. P. M. Brenan,R. Ross,J. T. Williamserials, a dislocation can be easily understood by considering that a crystal can deform irreversibly by slip, i.e. shifting or sliding along one of its atomic planes. If the slip displacement is equal to a lattice vector, the material across the slip plane will preserve its lattice structure and the

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opportune