Exact(5)
We propose a 2D model for deformation of a two-phase material where interface diffusion is the only creep mechanism.
These examples will be used to highlight a need for greater fundamental understanding of the interfacial chemistry of adhesion and also other technologies where interface effects are dominant.
The results of the work have practical implications for applications where interface motion is induced by solute delivery, in that diffusion near the interface is likely to control the dynamics of interfacial tension reduction under many conditions.
In opposite to the associative models, where interface plasticity is explicitly taken into account by a plastic slip variable, applied to mixed-mode crack propagation problems by the present authors so far, it seems that non-associative models have the advantage of ending up at easier (e.g. smooth instead of non-smooth) and reduced (e.g. elimination of plasticity variable) minimization problems.
In this work, we define interface residues as those which contain at least one interface atom, where interface atoms are the atoms involved in interface NCIVs.
Similar(55)
A much simpler two-dimensional model for slow flow where interfaces are plane, the oil is inviscid and the contact angle is small, is then developed and analysed.
Similar to other investigations, H for 50%Ni 500% Cu films increases with decreasing bilayer period down to Λ = 20 nm, where interfaces are coherent.
SOA is an adaptive and flexible enough to acquire changes for dynamic environments but it is noted that it is limited with remote and distributed access to services in complex systems where interfaces are not recognized as common medium.
For example, there is considerable interest in porous nanocrystalline ceramics for catalytic applications, batteries, solar cells, 29) and gas sensing, where interfaces may play an important role.
Unlike multilayers where interfaces are buried, in nanoscaffold structure the interfaces are accessible from the electrical contact 25 and so we can easily probe the physical properties of the vertical interfaces.
The change is particularly striking at the conjunction of the Gulf Stream and the Labrador Current, where the interface is called the "cold wall".
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