The performance of the proposed MIB Galerkin finite element method is validated by numerical experiments with a wide range of interface geometries, geometric singularities, low regularity solutions and grid resolutions.
A map of different trapezoidal interface profiles, whose corresponding fracture properties are satisfactorily predicted by means of a novel theoretical model within a wide range of interface definitions is presented.
The formation of triangular buckles from the sides of the film strips occurs over a wide range of interface properties, independently of the initial imperfection.
The SUS scores provide an easy and robust way to evaluate the usability of a wide range of interfaces [ 20], including the MDASI.
On the basis of the combined experimental and theoretical investigation, we find that a wide range of interfaces in MgO nanopowders, even those that are highly coordinated, can contribute low-energy excitations in the 4.0−5.5 eV range.
We have recently proposed, in [21], a compressible two-phase unconditionally hyperbolic model able to deal with a wide range of applications: interfaces between compressible materials, shock waves in condensed multiphase mixtures, homogeneous two-phase flows (bubbly and droplet flows) and cavitation in liquids.
We speculate that, even if possibly less clearly discernible, the same mechanisms should be operating in a wide range of metal organic interfaces based on functional PAHs, and should thus be considered when investigating their two-dimensional assembly.
The model can thus capture solute and disorder trapping effects, which are consistent over a wide range of the solid/liquid interface thickness with the predictions of the sharp-interface theory of solute and disorder trapping.
As a result of the potentially wide range of equilibrium shapes, interface crystallographies, and transitional morphologies that the microstructural evolution imposes, the experimental method provides a flexible framework for fundamental studies of the energetic and kinetic properties of ceramic metal interfaces.
The edge of a complete contact between elastically similar bodies may often be modelled as a semi-infinite monolithic wedge, because, under a wide range of conditions, the interface is often fully closed and stuck or has small regions of lift and slip at the contact edge.
In this paper, we describe a framework for language interoperability that is expressive enough to support very efficient implementations of a wide range of different foreign-interface policies.
