Attention is focused on algebraic interface-capturing strategies that fit directly within a finite-volume MUSCL-type framework, in which dimension-by-dimension reconstruction of interface states based on extrapolated fluid properties is the norm.
Making an (analytical) distinction between three main dimensions of the interface of policy making, namely the presence of a multitude of actors, the difficulty of integrating different knowledge systems and the need to reconcile different policy levels, enabled us to deal with the complexity of policy making processes.
Our investigation was informed by the distributed resources (DR) model, a novel approach designed to describe the dimensions of user interfaces that introduce unnecessary cognitive complexity.
Horsky and colleagues developed a methodology for the characterization of cognitive demands of a medical information system, which was based on the distributed resources model, an approach that describes the dimensions of user interfaces that introduce unnecessary cognitive complexity.
Based on a product's internal and external dimensions and openness of interface, we construct a strategic matrix of interface possibilities in modular product innovation.
The main purpose of the paper is to investigate how both the resolution and the fractal dimension of the interface affect the friction mechanism.
By numerical analysis on the dimension of the interface, it is indicated that with the same rotations, a slow rotation speed is positive to particle mixing.
In the blocking case no general prediction can be made: although the non-trivial frequency dispersion often exhibits constant phase angle behaviour, the frequency exponent, α, is not uniquely related to the fractal dimension of the interface.
The objective of this work was to evaluate the capabilities of FDTD as a framework for the numerical modelling of the optical properties of NAA, which is able to take into account all the features described above: broad range of dimensions, texturization of the interfaces and non-homogeneity of the oxide.
Richer Pt coatings enhanced oxidation performance due to the formation and maintenance of a continuous and adherent α-Al2O3 film and the lower density and dimensions of voids at the NiAl/Al2O3 interface.
Therefore, this article examines two essential dimensions of designing the corporate/business unit interface in diversified firms: the centralization of the activities on the corporate level and the alignment between the organizational levels.
