Titlebook: IUTAM Symposium on Modelling Nanomaterials and Nanosystems; Proceedings of the I R. Pyrz,J. C. Rauhe Conference proceedings 2009 Springer S

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Monitoring of Molecule Adsorption and Stress Evolutions by In-situ Microcantilever Systems,atic deformation and the vibration frequency shift are greatly influenced by the density and sizes of the pores in the porous films. The second is that the cantilever can be used as a substrate to grow quantum dots (QDs). It is shown that a thin in-situ cantilever setup can monitor QD growth state by choosing the thickness of cantilever.

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Multiscale Modelling of Layered-Silicate/PET Nanocomposites during Solid-State Processing,opic stress response were captured: (a) morphology change by particle re-orientation and pronounced bending, (b) macroscopic strain hardening due to platelet re-orientation and local strain stiffening, (c) facilitated platelet alignment, and platelet delamination in tactoids through sheardominated deformations and increasing temperature.

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On the Eigenfrequencies of an Ordered System of Nanoobjects,ates using the direct approach to the shell theory is discussed. The effective stiffness tensors are considered. As an example, the eigenfrequencies of an array of ZnO micro- or nanocrystals and GaAs multiwalled nanotubes on a sapphire substrate are calculated.

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Elastic Fields in Quantum Dot Structures with Arbitrary Shapes and Interface Effects,rmity of its composition, the mismatch in the elastic constants of the matrix and the QD, and the interface effect. The effects of these factors on the elastic fields are depicted by analytical and numerical results.

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Crack Initiation, Kinking and Nanoscale Damage in Silica Glass: Multimillion-Atom Molecular Dynamicica glass subjected to dynamic mode II loading. The pre-crack tip kinks towards maximum mode I tension and nanometer scale cavities are nucleated in the tensile region ahead of the kink. Nanocavities coalesce with kinks to form wing cracks. Dynamics of wing cracks are dominated by coalescence with d

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Multiscale Modelling of Layered-Silicate/PET Nanocomposites during Solid-State Processing,hylene terephthalate) (PET) matrices, as might be used for packaging. This challenge is tackled using: (1) a physically-based model of PET implemented into the FEM-based code ABAQUS, (2) RVEs with prescribed morphologies reflecting TEM images, and (3) nonlinear computational homogenisation. As a res