We study the existence of subharmonic solutions of the prescribed curvature equation \begin{equation*} -\Big( u'/{ \sqrt{1+{u'}^2}}\Big)' = f(t,u). \end{equation*} According to the behaviour at zero, or at infinity, of the prescribed curvature $f$, we prove the existence of arbitrarily small classical subharmonic solutions, or bounded variation subharmonic solutions with arbitrarily large oscillations.
Subharmonic solutions of the prescribed curvature equation
CORSATO, CHIARA;OMARI, PIERPAOLO;
2016-01-01
Abstract
We study the existence of subharmonic solutions of the prescribed curvature equation \begin{equation*} -\Big( u'/{ \sqrt{1+{u'}^2}}\Big)' = f(t,u). \end{equation*} According to the behaviour at zero, or at infinity, of the prescribed curvature $f$, we prove the existence of arbitrarily small classical subharmonic solutions, or bounded variation subharmonic solutions with arbitrarily large oscillations.File in questo prodotto:
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CCM_COZ Post.pdf
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COZ CCM 2016.pdf
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