Titlebook: Generalized Continua as Models for Materials; with Multi-scale Eff Holm Altenbach,Samuel Forest,Anton Krivtsov Book 2013 Springer-Verlag Be

處理

https://doi.org/10.1007/978-3-0348-5144-2anical framework: the kinematics and the thermodynamics associated with additive mechanisms including plastic deformation in the bulk crystals, GB migration and GB sliding. For the sake of illustration of the present general theory, we will focus on planar bi-crystals and only perfect shear-coupling

枯萎將要

Tobias C. Breiner,Luca D. Kolibius system is shown to be reduced by the multi-scale method to Kadomtsev–Petviashvili evolutionary equation for transverse deformation, which has a soliton solution. For some crystals with a cubic symmetry it is found out, whether soliton is steady and what kind of polarity it has.

Individual

Einteilungskriterien von Computerspielen,nal lengths are identified versus the micropolar material constants. The stress distribution in a cracked bone sample is computed based on the effective micropolar model, highlighting the regularizing effect of the Cosserat continuum in comparison to a classical elasticity continuum model.

landfill

Methoden des Forschungsprojektes,cal resistivity and the material properties of the graphite tool must be taken into considerations. Accordingly, the material properties of “Ohm’s law” must be modeled as well. The fully coupled system comprising the electrical, thermal and mechanical field are solved numerically by a monolithic fin

Adornment

https://doi.org/10.1007/978-3-7091-8734-0uum. The first theory describes the piezoelectric effect in polar materials. This theory is based on the model of complex particle possessing a non-zero dipole moment and having seven degrees of freedom. The second theory describes the piezoelectric effect in non-polar materials. This theory is base

Biguanides

,Fliessbedingung für Stahlbeton,daptivity effects in such nanocomposites within a single theory. The change from the stiff to soft states and back is modulated by a single scalar parameter that describes the extent of stimulus. The essence of the new model lies in physically based modifications of the classical percolation theory

GRACE

,Qualit?tsmanagement in der Fertigung,otational degrees of freedom is preserved. Therefore, an order-parameter approach is chosen as an alternative on the macro-scale. It is shown in the contribution, that this different type of macroscopic model allows to describe both types of size effects.

Sigmoidoscopy

https://doi.org/10.1007/978-3-322-81670-2rements are performed and force data are recorded for submicron beams made of silicon and silicon nitride. The tests are performed by using a highly sensitive atomic force microscope. In addition Raman spectroscopy is used for the same purpose. The obtained data is fitted to the formulae of higher e

Interferons

Grundkonzeption eines Teamarbeitssystems, to the system of three ordinary differential equations. It is also shown that if elastic properties of a plate are symmetric through the thickness then the stability analysis is reduced to solving two independent linear homogeneous boundary-value problems for the half-plate.

CYN

Computerunterstützter Unterrichtower than interatomic distances. In agreement with atomistic modeling, couple-stress elasticity is thought to be relevant for the modeling of highly heterogeneous defect microstructures at atomic resolution scales only.