Improved decay results for micropolar flows with nonlinear damping

We examine the long-time behavior of solutions (and their derivatives) to the micropolar equations with nonlinear velocity damping. Additionally, we get a speed-up gain of t1/2 for the angular velocity, consistent with established findings for classic micropolar flows lacking nonlinear damping. Cons...

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Published inNonlinear analysis: real world applications Vol. 84; no. 104275; p. 104275
Main Authors Perusato, Cilon F., Vega, Franco D.
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LanguageEnglish
Published Elsevier Ltd 01.08.2025
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Abstract We examine the long-time behavior of solutions (and their derivatives) to the micropolar equations with nonlinear velocity damping. Additionally, we get a speed-up gain of t1/2 for the angular velocity, consistent with established findings for classic micropolar flows lacking nonlinear damping. Consequently, we also obtain a sharper result regarding the asymptotic stability of the micro-rotational velocity w(⋅,t). Related results of independent interest are also included.
AbstractList We examine the long-time behavior of solutions (and their derivatives) to the micropolar equations with nonlinear velocity damping. Additionally, we get a speed-up gain of t1/2 for the angular velocity, consistent with established findings for classic micropolar flows lacking nonlinear damping. Consequently, we also obtain a sharper result regarding the asymptotic stability of the micro-rotational velocity w(⋅,t). Related results of independent interest are also included.
We examine the long-time behavior of solutions (and their derivatives) to the micropolar equations with nonlinear velocity damping. Additionally, we get a speed-up gain of t 1/2 for the angular velocity, consistent with established findings for classic micropolar flows lacking nonlinear damping. Consequently, we also obtain a sharper result regarding the asymptotic stability of the micro-rotational velocity w(•, t). Related results of independent interest are also included.
ArticleNumber 104275
Author Vega, Franco D.
Perusato, Cilon F.
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  givenname: Franco D.
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  email: franco.diaz@ufpe.br
  organization: Departamento de Matemática, Universidade Federal de Pernambuco, CEP 50740-560, Recife PE., Brazil
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Issue 104275
Keywords Damping term
Asymptotic stability
Micropolar equations
Asymptotic behavior
asymptotic stability
damping term
asymptotic behavior
Language English
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Snippet We examine the long-time behavior of solutions (and their derivatives) to the micropolar equations with nonlinear velocity damping. Additionally, we get a...
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StartPage 104275
SubjectTerms Analysis of PDEs
Asymptotic behavior
Asymptotic stability
Damping term
Mathematics
Micropolar equations
Title Improved decay results for micropolar flows with nonlinear damping
URI https://dx.doi.org/10.1016/j.nonrwa.2024.104275
https://hal.science/hal-04952739
Volume 84
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