This is supported by recent research based on depth simulation and ERP recording suggesting a functional connectivity between the P50-like waveform and thalamocortical operation [ 22].
Extensive research based on numerical simulations has been conducted to understand how various mechanisms and processes influence the morphological evolution of chemical dissolution fronts within geological media.
Relevant research based on reservoir numerical simulation focuses on layer recombination and injection/production system adjustment (Zhou 2014; Shen 2013; Mu 2014).
While the academic literature is abundant of research based on field experiments, simulations, optimization strategies and algorithms etc., there is a lack of a comprehensive review that addresses the multi-faceted dimensions of the optimization and enhancement of DHC systems with a view to promote integration of smart grids, energy storage and increased share of renewable energy.
One approach would be to estimate amplification from existing or future simulation research based on particular metrics of exposure prediction.
In research papers based on simulation, discrete event simulation, trace-based simulation and test bed/experiment are used.
P.H., B.P.L. and C.F.R. developed the research, based on theoretical ideas conceived with P.Z.; P.J., B.P.L., C. H. and C.F.R. performed the experiments; B.P.L., P.J., C.F.R. and P.H. analysed the data and carried out numerical simulations.
There is a wide range of researches based on numerical simulations using CFD to investigate the natural wind characteristics in urban settings [28, 29, 30, 31].
The previous researches are mainly based on simulation and there is not much study on the actual system design.
The geographical scope, which covers all of the EU Member States (with the sole limitation of availability, completeness and reliability of the existing data series), differently from previous research which was primarily based on simulation (OECD 2007) or focusing on individual Member States (Nolte et al., 2012; Hamulczuk and Szajner, 2015; Varga, 2007; Dejgård and Møller, 2007) iii.
