The formulation proposed here models various characteristics of existing operational networks.
In addition, the formulation proposed in this paper assumes that the Earth's crust is electrically resistive.
The problem formulation proposed in this contribution considers simultaneously the healthy and the economic chlorination objectives.
Moreover, the simplified formulation proposed is compared with constitutive models from European codes and guidelines.
Firstly, we aim to compare the new set-covering model with the node-arc formulation proposed in Lai et al.
The formulation proposed in the present work can be easily implemented in existing computational softwares.
Energy and phonon dispersion relations are the main input for the formulation proposed.
Another formulation, proposed in Australian Standard AS 1288, is also addressed.
The results capture various thermo-magneto-mechanical couplings with the formulation proposed for MRE.
The formulation proposed allows to impose a desired reflection coefficient at the inflow and outflow boundaries.
The formulation proposed, suitable for linear undamped systems, allows handling an arbitrary number of assigned eigenpairs and of modifiable parameters.
