| Publication type: |
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Article in peer-reviewed journal |
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| Subject: |
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Mathematics/Analysis of PDEs
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| Title: |
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Strong solutions for a 1D viscous bilayer Shallow Water model |
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| Author(s): |
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Jean De Dieu Zabsonré ( ) 1, Carine Lucas () 2, Adama Ouedraogo () 1 |
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| Laboratory: |
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| Abstract: |
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In this paper, we consider a viscous bilayer shallow water model in one space dimension that represents two superposed immiscible fluids. For this model, we prove the existence of strong solutions in a periodic domain. The initial heights are required to be bounded above and below away from zero and we get the same bounds for every time. Our analysis is based on the construction of approximate system which satisfy the BD entropy and on the method developed by A. Mellet and A. Vasseur to obtain the existence of global strong solutions for the one dimensional Navier-Stokes equations. |
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| Fulltext language: |
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English |
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| Production date: |
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2012-01 |
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| Journal: |
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| Nonlinear Analysis: Real World Applications |
| Publisher |
Elsevier |
| ISSN |
1468-1218 |
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| Audience: |
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international |
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| Publication date: |
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2013-04 |
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| Volume: |
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14 |
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| Issue: |
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2 |
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| Page, identifiant, ...: |
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1216 -- 1224 |
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| Keyword(s): |
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Strong solutions – shallow water – viscous models – bilayer – stability |
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| Classification: |
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35Q30 |
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