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Boundedness and finite-time stability for multivalued doubly-nonlinear evolution systems generated by a microwave heating problem
S. Popov, V. Reitmann, S. Skopinov St. Petersburg State University, St. Petersburg, Russia
Abstract:
Doubly-nonlinear evolutionary systems are considered. Sufficient conditions of the boundedness of solutions of such systems are derived. Analogical results for a one-dimensional microwave heating problem are proved. The notions of global process and of a local multivalued process are introduced. Sufficient conditions for the finite-time stability of a global process and of a local multivalued process are shown. For local multivalued processes sufficient conditions for the finite-time instability are derived. For the one-dimensional microwave heating problem conditions of the finite-time stability are shown.
Citation:
S. Popov, V. Reitmann, S. Skopinov, “Boundedness and finite-time stability for multivalued doubly-nonlinear evolution systems generated by a microwave heating problem”, Differential and functional differential equations, CMFD, 64, no. 1, Peoples' Friendship University of Russia, M., 2018, 148–163
Linking options:
https://www.mathnet.ru/eng/cmfd351 https://www.mathnet.ru/eng/cmfd/v64/i1/p148
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Abstract page: | 137 | Full-text PDF : | 53 | References: | 29 |
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