Need for multiscale modeling
Multiscale Modeling of Electrocatalysis
... we need to check is whether there is electron density in the center of vacuum for the negative σ M case, because the positive compensation δ charge may cause electrons to spill out from Pt-H 2 O layer so that the ...
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Multiscale Modeling of Microcrystalline Materials
... Materials with micrometer dimensions and their distinct mechanical properties have generated a great interest in the material science community over the last couple of decades. There is strong experimental evidence ...
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Multiscale modeling of nano/micro systems by a multiscale continuum field theory
... the need for scale decoupling or a region of hand-shaking. In the multiscale continuum field theory, both MD simulation and continuum modeling tech- niques can be ...
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Computational Multiscale Modeling of Pearlitic Steel
... In order to be able to include the mechanisms occurring at colony boundaries with different orientations then the mesomodel would have to be based on an FE solution such that the resulting model would be of FE 2 type. ...
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Multiscale Modeling of Fracture in Polycrystalline Materials.
... features need to be considered instead of statistical ...or modeling indentation experiments wherein localized loads are ...allow modeling of crack tip ...allow modeling of arbitrary crack ...
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Multiscale Modeling of Mesoscale and Interfacial Phenomena
... we need to adjust the chemical potential of the bath to match the chemical potential that would exist at this location in the absence of multiple degrees of coarse-graining, ...
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Nanomechanics and Multiscale Modeling of Sustainable Concretes.
... CHAPTER 9. Concluding Remarks 9.1 Conclusions This dissertation sought to take a first step to examine four sustainable concretes (concrete containing fly ash and ground granulate furnace slag, kenaf fiber reinforced ...
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Multiscale modeling of ductile fracture in solids
... Choosing suitable boundary conditions on the SVE is particularly challenging, because conventional boundary conditions (Dirichlet, Neumann and strong periodic) are inaccurate when cracks are present in the SVE. ...
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Topics in Multiscale Modeling of Metals and Metallic Alloys
... in terms of a reduced set of atomic degrees of freedom is still an open area of research. In particular, the thermal vibrations of the missing degrees of freedom need to be accounted for. This is specially ...
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Multiscale modeling of the acoustic properties of lung parenchyma
... the need to interpret measurements on lung tissue with diseases such as asthma, emphysema and COPD that are associated with changes in the detailed structure of the lung at the alveolar level, motivate the ...
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Multiscale Modeling of Structure-Function Relationships of Organic Semiconductors
... Thermal annealing of bulk crystals with voids. The T m derived using the fully periodic systems are clearly too large. Hence, it is important to evaluate if different methods can allow for more representative ...
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Multiscale Modeling and Computation of 3D Incompressible Turbulent Flows
... a multiscale analysis developed by Hou et al. (2005, 2008). This multiscale analysis was developed for 3D homogeneous incompressible Euler and Navier-Stokes equations using a semi-Lagrangian point of ...A ...
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Multiscale Modeling and Simulations of Defect Clusters in Crystalline Silicon
... used for this purpose. While the HRC configuration is still a natural anchor for the off- lattice distributions, it is more difficult to utilize it because the 1600K MD simulations do not visit this state as discussed ...
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Visual modeling and simulation of multiscale phenomena
... a multiscale way, since it is inevitably composed of smaller interacting structures on a finer ...that need to be captured for computer animation ...
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Multiscale daylight modeling for urban environments
... • to provide occupant manual override capability. The overall intent was to keep the shades up as much of the time as is possible without causing thermal or visual discomfort. Thermal comfort is assured by solar tracking ...
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Multiscale damage modeling of advanced composite materials
... 4.4.1. E-Glass phenolic skins In order to adequately model the complete process of penetration in a sandwich structure, the energy absorbing capability and the damage behavior of both skin and core material need ...
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Variance reduction for multiscale tumor growth modeling
... phenomena need to be modeled indirectly at the contin- uum scale, using approximate closure relations that describe the dynamics directly at the continuum ...
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Multiscale-in-Time Modeling of Myocardial Growth & Disease Progression
... • Need of fine-tuning to match experimental data • Need for higher-order spatial approximation to avoid spurious effects of low-order finite elements, but ...
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Multiscale modeling for cancer radiotherapies
... the Multiscale approach to the phys- ics of ion-beam therapy and demonstrated that the whole approach converges to a single formula that calculates the yield of lethal lesions in a cell irradiated with ...
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Multiscale Modeling of Bacterial Chemotaxis
... dierent modeling approaches: algebraic models (rapid equilibrium interactions), ordinary dierential equations (slow reac- tions), and stochastic components (motor ...
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