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Author ID: bettini.paolo Recent zbMATH articles by "Bettini, Paolo"
Published as: Bettini, P.; Bettini, Paolo
External Links: ORCID
Documents Indexed: 6 Publications since 2001, including 1 Additional arXiv Preprint
Co-Authors: 13 Co-Authors with 6 Joint Publications
57 Co-Co-Authors

Citations contained in zbMATH Open

4 Publications have been cited 8 times in 7 Documents Cited by Year
Computation of stationary 3D halo currents in fusion devices with accuracy control. Zbl 1351.82070
Bettini, Paolo; Specogna, Ruben
3
2014
Optimized cycle basis in volume integral formulations for large scale eddy-current problems. Zbl 1537.78012
Voltolina, Dimitri; Torchio, Riccardo; Bettini, Paolo; Specogna, Ruben; Alotto, Piergiorgio
2
2021
Innovative numerical methods for nonlinear MEMS: the non-incremental FEM vs. the discrete geometric approach. Zbl 1419.74230
Bettini, P.; Brusa, E.; Munteanu, M.; Specogna, R.; Trevisan, F.
2
2008
A coupled FEM-BEM approach for the solution of the free-boundary axi-symmetric plasma equilibrium problem. Zbl 07493156
Bonotto, M.; Abate, D.; Bettini, P.; Villone, F.
1
2022
A coupled FEM-BEM approach for the solution of the free-boundary axi-symmetric plasma equilibrium problem. Zbl 07493156
Bonotto, M.; Abate, D.; Bettini, P.; Villone, F.
1
2022
Optimized cycle basis in volume integral formulations for large scale eddy-current problems. Zbl 1537.78012
Voltolina, Dimitri; Torchio, Riccardo; Bettini, Paolo; Specogna, Ruben; Alotto, Piergiorgio
2
2021
Computation of stationary 3D halo currents in fusion devices with accuracy control. Zbl 1351.82070
Bettini, Paolo; Specogna, Ruben
3
2014
Innovative numerical methods for nonlinear MEMS: the non-incremental FEM vs. the discrete geometric approach. Zbl 1419.74230
Bettini, P.; Brusa, E.; Munteanu, M.; Specogna, R.; Trevisan, F.
2
2008