Electric Circuit Element
Supplimentary resources
Implementation of ECE boundary conditions (formulation in E) for full wave electromagnetic devices in the open software suite onelab
Detailed report about using the source files:
Gabriela Ciuprina, Daniel Ioan, Ruth V. Sabariego
Electrical Circuit Element boundary conditions
for parameter extraction
Implementation in onelab:
electromagnetic field, full-wave regime, linear devices
formulation in E (inside the domain), V (on the boundary),
ECE boundary conditions available here
ECEinOnelab_E_2021_13mar22.pdf
Source files (onelab and matlab files)
ECEinOnelab_E_2021.zip
Papers where these results were published
[CIS22] G. Ciuprina, D. Ioan, and R.V. Sabariego. Electric circuit element boundary
conditions in the finite element method for full-wave passive electromagnetic
devices. Journal of Mathematics in Industry, Springer Open, 12(7):1–13, 2022. Open source, available here
https://doi.org/10.1186/s13362-022-00122-1
[CIPL21] G. Ciuprina, D. Ioan, M. Popescu, and S. Lup. Electric circuit element bound-
ary conditions in the finite element method for full-wave frequency domain pas-
sive devices. In M. van Beurden, N. Budko, and W. Schilders, editors, Scientific
Computing in Electrical Engineering, Springer Series Mathematics in Industry,
vol 36. Springer, 2021.
A draft of this paper is in the zip archive above. The final version is available here
https://link.springer.com/chapter/10.1007/978-3-030-84238-3_10
Files on the onelab website
Two examples are also available on the onelab website here
https://gitlab.onelab.info/doc/models/-/tree/master/ECE_full_wave
Generalization of ECE for multiphysic systems:
[IC-SCEE22] D. Ioan, and G.Ciuprina, Bond graphs description of Hamiltonian multiphysics distributed systems with a finite number of ports, Scientific Computing in Electrical Engineering, Springer Series Mathematics in Industry, under review.
Presentation at SCEE 2022
and preprint for the Springer volume.
[Radulet66] Remus Radulet, Alexandru Timotin, Andrei Tugulea,
Introducerea parametrilor tranzitorii in studiul circuitelor electrice lineare avand elemente nefiliforme si pierderi suplimentare Rev. Roum. Sci Techn. Electrotechique et Energetique 11 (4), pp. 565–639, 1966.
[Timotin71] Alexandru Timotin
Elementul electromagnetic pasiv de circuit Rev. Roum. Sci Techn. Electrotechique et Energetique 21 (2), pp. 347–362, 1971.
[Radulet72] Remus Radulet, Alexandru Timotin, Andrei Tugulea,
O teorie de cimp structurala a unei clase de sistem lineare Rev. Ed. Academiei, pp.33-66, 1972.
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