2022
DOI: 10.1088/1751-8121/ac8f76
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Formal stability in Hamiltonian fluid models for plasmas

Abstract: We review the progress made, during the last decade, on the analysis of formal stability for Hamiltonian fluid models for plasmas, carried out by means of the Energy-Casimir (EC) method. The review begins with a tutorial Section describing the essential concepts on the Hamiltonian formalism for fluid models and on the EC method, which will be frequently used in the article. Subsequently, a nonlinear stability analysis applied to reduced magnetohydrodynamics (MHD) is described, as paradigmatic example for the app… Show more

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Cited by 3 publications
(1 citation statement)
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References 145 publications
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“…Moreover, the coordinate independence of the geometric formulation allows to apply Theorem 2.13 to the infinite dimensional problem of feedback stabilization of Hall MHD flow (Section 4). This system has been treated previously neither from the CL nor from the IDA-PBC point of view, although there are many works concerned with feedback control and (linear) stability of (Hall) MHD flow (e.g., [14,13,32,30,29]). The results of this paper are restricted to Lie-Poisson systems defined on direct product Lie algebras.…”
Section: Comparison To CL and Ida-pbc Techniquesmentioning
confidence: 99%
“…Moreover, the coordinate independence of the geometric formulation allows to apply Theorem 2.13 to the infinite dimensional problem of feedback stabilization of Hall MHD flow (Section 4). This system has been treated previously neither from the CL nor from the IDA-PBC point of view, although there are many works concerned with feedback control and (linear) stability of (Hall) MHD flow (e.g., [14,13,32,30,29]). The results of this paper are restricted to Lie-Poisson systems defined on direct product Lie algebras.…”
Section: Comparison To CL and Ida-pbc Techniquesmentioning
confidence: 99%