The effectiveness of the proposed scheme has been fully studied and verified, first using transient stability data generated from the IEEE 16-generator 5-area test system, and then using recorded data from an actual event using a Chinese wide-area measurement system (WAMS) in 2004.
The effectiveness and computation performance of the proposed approach have been fully studied and extensively validated using the New England 10-generator system and the IEEE 50-generator 145-bus system.
However, the skin permeability of epidermis while using microneedle arrays has yet to be fully studied.
From a methodological prospective, the transition probabilities for different states have been mainly studied using fully parametric multinomial logit (MNL) model frameworks (e.g. Fabrizi and Mussida 2009; Flisi and Morciano 2011; Baussola and Mussida 2014).
In recent years, evolutionary dynamics of vomeronasal receptor repertoires have been extensively studied using fully sequenced mammalian genomes.
To gain more insight into these, bed dynamics have been studied using a fully coupled Computational Fluid Dynamics/Discrete Element Method model (CFD/DEM), in which the particles are tracked individually using Newton's law of motion, and a newly developed continuum-based Multi-Fluid Model [MFM, van Sint Annaland et al. (2009a). Chem. Eng. Sci. 64, 4222 4236].
In this study, an alternative approach based on a fully glued connection was studied (using an epoxy-based system), and a wood pre-treatment was applied in order to enhance the compatibility and the adhesion properties at the interface between beech wood and mortar.
The effects of projectile characteristics on the probabilistic impact response of single-layer fully-clamped flexible woven fabrics is numerically studied using a yarn-level fabric model with a statistical implementation of yarn strengths.
In this paper the effects of projectile size and shape on the impact response of a single-layer fully-clamped flexible woven fabric are numerically studied using a finite element analysis.
The influence of confinement and vapour mass flux on thermosyphon heat transfer was studied using a fully transparent two-phase closed thermosyphon.
