Titlebook: Advanced Materials Modelling for Structures; Holm Altenbach,Serge Kruch Book 2013 Springer-Verlag Berlin Heidelberg 2013 IUTAM Advanced Ma

食料

Rolf Becker,Wolfgang Lauterbachcyclic loading. The material model accounts for rate-dependent effects related to high temperature creep and cyclic plasticity effects such as isotropic and kinematic hardening. The material model, which is capable of simulating both isothermal and anisothermal loading conditions, is implemented in

令人苦惱

Fibrillation

Rolf Becker,Wolfgang Lauterbachhat the measured strut properties display a considerable reduction in elastic stiffness compared to the typical value of 70?GPa for aluminium alloys. A realistic finite element modelling procedure of the as-tested struts has been established, using X-ray micro-tomography scans of the undeformed stru

悲觀

Wolfgang Lauterbach,Rolf Becker, a composite made up of compliant collagen fibers and stiff mineral platelets. The natural optimization of this attachment occurs on several scales, including macroscopic morphology and interdigitation. Macroscopically, interdigitation is analogous to z-pinning in composite joints. Microscopically,

卵石

蒙太奇

Wolfgang Lauterbach,Rolf Beckerdependence of the damage criterion with branches corresponding to different damage mechanisms depending on the stress triaxiality and the Lode parameter. Experiments with differently notched tension and shear specimens taken from aluminum sheets are used to identify basic material parameters. Additi

Irascible

TIA742

https://doi.org/10.1007/978-3-322-93532-8s been produced to estimate the creep ductility and strain rate as a function of the plastic strain levels in the material. A variable creep ductility model, incorporating stress dependent strain rate effects, has therefore been implemented in a finite element (FE) analysis to predict creep crack gr

Organization

幸福愉悅感

,Die telematische , als Ort der Mu?e, tests respectively carried out on the nickel alloy and steel samples are analysed using a direct representation of the observed microstructures and crystallographic orientations obtained by EBSD. In so doing, direct comparisons of predicted stress, accumulated plastic strain and the independent sli