This paper is concerned with the existence and uniform decay rates of solutions of the waveequation with a sourceterm and subject to nonlinear boundary damping ? ? u u =u u in ? ×(0, +?) ? tt ? ? ? ? u=0 on ? ×(0, +?) 0 (1. 1) ? ? u+g(u)=0 on ? ×(0, +?) ? t 1 ? ? ? ? 0 1 u(x,0) = u (x); u (x,0) = u (x), x? ?, t n where ? is a bounded domain of R, n? 1, with a smooth boundary ? = ? . 0 1 Here, ? and ? are closed and disjoint and ? represents the unit outward normal 0 1 to ?. Problems like (1. 1), more precisely, ? u u =?f (u)in? ×(0, +?) ? tt 0 ? ? ? ? u=0 on ? ×(0, +?) 0 (1. 2) ? ? u =?g(u )?f (u)on? ×(0, +?) ? t 1 1 ? ? ? ? 0 1 u(x,0) = u (x); u (x,0) = u (x), x? ?, t were widely studied in the literature, mainly when f =0, see[6,13,22]anda 1 long list of references therein. When f =0and f = 0 this kind of problem was 0 1 well studied by Lasiecka and Tataru [15] for a very general model of nonlinear functions f (s), i=0,1, but assuming that f (s)s? 0, that is, f represents, for i i i each i, an attractive force.
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Buch. Etat : Neu. This item is printed on demand - it takes 3-4 days longer - Neuware -This paper is concerned with the existence and uniform decay rates of solutions of the waveequation with a sourceterm and subject to nonlinear boundary damping u u =|u| u in ×(0,+ ) tt u=0 on ×(0,+ ) 0 (1. 1) u+g(u)=0 on ×(0,+ ) t 1 0 1 u(x,0) = u (x); u (x,0) = u (x),x , t n where is a bounded domain of R ,n 1, with a smooth boundary = . 0 1 Here, and are closed and disjoint and represents the unit outward normal 0 1 to . Problems like (1. 1), more precisely, u u = f (u)in ×(0,+ ) tt 0 u=0 on ×(0,+ ) 0 (1. 2) u = g(u ) f (u)on ×(0,+ ) t 1 1 0 1 u(x,0) = u (x); u (x,0) = u (x),x , t were widely studied in the literature, mainly when f =0,see[6,13,22]anda 1 long list of references therein. When f =0and f = 0 this kind of problem was 0 1 well studied by Lasiecka and Tataru [15] for a very general model of nonlinear functions f (s),i=0,1, but assuming that f (s)s 0, that is, f represents, for i i i each i, an attractive force. 518 pp. Englisch. N° de réf. du vendeur 9783764371494
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Gebunden. Etat : New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. State of the art in the fields of nonlinear analysis and nonlinear differential equationsA tribute to the distinguished mathematician D.G. de FigueiredoThis paper is concerned with the existence and uniform decay rates of solutions of the . N° de réf. du vendeur 449593976
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Buch. Etat : Neu. Druck auf Anfrage Neuware - Printed after ordering - This paper is concerned with the existence and uniform decay rates of solutions of the waveequation with a sourceterm and subject to nonlinear boundary damping u u =|u| u in ×(0,+ ) tt u=0 on ×(0,+ ) 0 (1. 1) u+g(u)=0 on ×(0,+ ) t 1 0 1 u(x,0) = u (x); u (x,0) = u (x),x , t n where is a bounded domain of R ,n 1, with a smooth boundary = . 0 1 Here, and are closed and disjoint and represents the unit outward normal 0 1 to . Problems like (1. 1), more precisely, u u = f (u)in ×(0,+ ) tt 0 u=0 on ×(0,+ ) 0 (1. 2) u = g(u ) f (u)on ×(0,+ ) t 1 1 0 1 u(x,0) = u (x); u (x,0) = u (x),x , t were widely studied in the literature, mainly when f =0,see[6,13,22]anda 1 long list of references therein. When f =0and f = 0 this kind of problem was 0 1 well studied by Lasiecka and Tataru [15] for a very general model of nonlinear functions f (s),i=0,1, but assuming that f (s)s 0, that is, f represents, for i i i each i, an attractive force. N° de réf. du vendeur 9783764371494
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Buch. Etat : Neu. This item is printed on demand - Print on Demand Titel. Neuware -This paper is concerned with the existence and uniform decay rates of solutions of the waveequation with a sourceterm and subject to nonlinear boundary damping u u =|u| u in ×(0,+ ) tt u=0 on ×(0,+ ) 0 (1. 1) u+g(u)=0 on ×(0,+ ) t 1 0 1 u(x,0) = u (x); u (x,0) = u (x),x , t n where is a bounded domain of R ,n 1, with a smooth boundary = . 0 1 Here, and are closed and disjoint and represents the unit outward normal 0 1 to . Problems like (1. 1), more precisely, u u = f (u)in ×(0,+ ) tt 0 u=0 on ×(0,+ ) 0 (1. 2) u = g(u ) f (u)on ×(0,+ ) t 1 1 0 1 u(x,0) = u (x); u (x,0) = u (x),x , t were widely studied in the literature, mainly when f =0,see[6,13,22]anda 1 long list of references therein. When f =0and f = 0 this kind of problem was 0 1 well studied by Lasiecka and Tataru [15] for a very general model of nonlinear functions f (s),i=0,1, but assuming that f (s)s 0, that is, f represents, for i i i each i, an attractive force.Springer Nature c/o IBS, Benzstrasse 21, 48619 Heek 532 pp. Englisch. N° de réf. du vendeur 9783764371494
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