Browsing by Author "XX676989"
Now showing items 1-7 of 7
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Muñoz Rivera, Jaime E.; Poblete Oviedo, Verónica; Pozo, Juan C.; Vera, Octavio (World Scientific Publishing, 2020)We study the existence and the asymptotic behavior of the solution of an abstract viscoelastic system submitted to non-local initial data. u(tt )+ Au - integral(t)(0) g(t - s)Bu(s)ds = 0 u(0) = xi(u) in V, u(t) (0) = eta(u) ...
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Fernández, Claudio; Lizama, Carlos; Poblete Oviedo, Verónica (Hindawi Publishing Corporation, 2010)We study abstract equations of the form λu t u t c2Au t c2μAu t f t , 0 < λ < μ which is motivated by the study of vibrations of flexible structures possessing internal material damping. We introduce the ...
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Henríquez, Hernán R.; Poblete Oviedo, Verónica; Pozo, Juan C. (Elsevier, 2014)In this paper we establish the existence of mild solutions for a non-autonomous abstract semi-linear second order differential equation submitted to nonlocal initial conditions. Our approach relies on the existence of an ...
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Poblete Oviedo, Verónica; Pozo, Juan C. (Springer Basel, 2014)In this paper, we prove the maximal regularity property of an abstract fractional differential equation with finite delay on periodic Besov and Triebel–Lizorkin spaces and use these results to guarantee the existence and ...
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Lizama, Carlos; Poblete Oviedo, Verónica (BIRKHAUSER VERLAG AG, 2011-03)In this paper, we give a necessary and sufficient conditions for the existence and uniqueness of periodic solutions of inhomogeneous abstract fractional differential equations with delay. The conditions are obtained in ...
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Henriquez, Hernan R.; Poblete Oviedo, Verónica (Wiley, 2017)We characterize the existence of periodic solutions for some abstract neutral functional fractional differential equations with finite delay when the underlying space is a UMD space.
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Gamboa, Pedro; Nguyen, Huy Hoang; Vera, Octavio; Poblete Oviedo, Verónica (Texas State University, 2017)We consider vibrations modeled by the standard linear solid model of viscoelasticity with boundary dissipation. We establish the well-posedness and the exponential stability.