In this work, a new systematic methodology, which extends the synthesis of a flexible heat exchanger network (HEN),proposed by Braccia et al. (2013), with a designing technique of a fully-decentralized reconfigurable control structure(CS) given by Luppi et al. (2014), is presented.
The developed model introduces a number of critical refinements to the existing methodologies which extend the application area of analytical models in pipeline design.
A methodology is presented which extends to non-linear systems the concept of normal modes of motion which is well developed for linear systems.
Starting from a recently developed boundary element formulation (Carbone and Putignano, 2013), we derive a methodology which accounts for finite thickness by a corrective coefficient modulating the classical Greens function, and extends our analyses to periodic domains.
Remember that inbound marketing is simply a methodology which has technology components attached to it.
After this preliminary validation, our methodology has been applied to a CSC-tumor model which extends a previous representation of the same phenomenon that we have published in [ 18] and that aims to figure out which are the phenotypic parameters that drive cancer growth.
To accurately evaluate the proposed methodology, an enlarged building shape database which extends previous well-known shape benchmarks was implemented as well as a model retrieval system supporting inputs from 2D sketches and 3D models.
Our methodology is based on a new network retraining approach which extends the work in [5, 19].
Recently, we developed software Isodyn, which extends the methodology of kinetic modeling to the analysis of isotopic isomer distribution for the evaluation of cellular metabolic flux profile under relevant conditions.
Instead we used the methodology described by La France and Miller which extends the time to reference creatinine to 12 months.
