Titlebook: Generalized Models and Non-classical Approaches in Complex Materials 1; Holm Altenbach,Joël Pouget,Thomas Michelitsch Book 2018 Springer I

libertine

Should We Continue the Search?,ermodynamics concepts in order to develop generalized continuum, phase field, higher order temperature and diffusion theories. The systematic and effective character of the method is illustrated in the case of gradient and micromorphic plasticity models. It is then tentatively applied to the introdu

我要威胁

Electron Beam and Photoemission Probing,nified fashion. With this general formalism is associated a synthetic procedure of resolution of the continuity conditions for the fields at the interfaces. This procedure, based on the operator concept, leads in a simple and direct fashion to the generalized Debye series for the exact solution of w

Infant

https://doi.org/10.1007/978-3-031-39202-3ly rotating about its axis. Point-bodies of the medium may perform independent translations and rotations of general kind. The proper rotation of their rotors does not cause stresses in the medium. We consider the case of infinitesimal density of inertia tensor both of rotor and carrying body and la

inventory

BRACE

装入胶囊

exceed

https://doi.org/10.1007/978-3-031-39202-3der the elastic energy of the medium to be isotropic. This is a medium similar to the reduced Cosserat medium but with the kinetic moment consisting of a gyroscopic term. An example of such an artificially made medium could be a medium consisting of interacting light spheres with light but fast rota

箴言

迷住

Unit Cell Models of Viscoelastic Fibrous Composites for Numerical Computation of Effective Properti other solutions. Here results are compared with an analytical homogenization method. Furthermore the influences of rhombic angle and fiber volume fraction on effective coefficients are investigated. In addition two limit cases are considered. One is with air as inclusions which is equivalent to a p

治愈

Inner Resonance in Media Governed by Hyperbolic and Parabolic Dynamic Equations. Principle and Examonant constituent to respond in a forced regime imposed by the non resonant constituent. Then, the effective constitutive law is determined by this latter while the resonating constituent acts as an atypical source term in the macroscopic balance equation. It is established that inner resonance gove