We deal with a non-autonomous parameter-dependent second-order differential equation driven by the Minkowski-curvature operator, with a positively weighted bistable nonlinearity. Under suitable assumptions on the weight, we prove the existence of strictly increasing heteroclinic solutions and homoclinic solutions with a unique change of monotonicity, based on a careful phase-plane analysis. Then, we analyze the asymptotic behavior of such solutions for small/large values of the parameter. Some numerical examples illustrate the stated results.

Homoclinic and heteroclinic solutions for non-autonomous Minkowski-curvature equations

Garrione M.
2024-01-01

Abstract

We deal with a non-autonomous parameter-dependent second-order differential equation driven by the Minkowski-curvature operator, with a positively weighted bistable nonlinearity. Under suitable assumptions on the weight, we prove the existence of strictly increasing heteroclinic solutions and homoclinic solutions with a unique change of monotonicity, based on a careful phase-plane analysis. Then, we analyze the asymptotic behavior of such solutions for small/large values of the parameter. Some numerical examples illustrate the stated results.
2024
Asymptotic behavior
Heteroclinic solutions
Homoclinic solutions
Minkowski-curvature equations
Phase-plane analysis
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/1260973
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