A Variational Approach to Lyapunov Type Inequalities : From ODEs to PDEs (1st ed. 2015.)

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A Variational Approach to Lyapunov Type Inequalities : From ODEs to PDEs (1st ed. 2015.)

フォーマット:
電子ブック
責任表示:
by Antonio Cañada, Salvador Villegas
本文言語:
英語
出版情報:
Cham, Germany. 2015-. Springer International Publishing,Imprint: Springer
シリーズ:
SpringerBriefs in Mathematics
概要:
This book highlights the current state of Lyapunov-type inequalities through a detailed analysis. Aimed toward researchers and students working in differential equations and those interested in the applications of stability theory and resonant systems, the book begins with an overview Lyapunov’s original results and moves forward to include prevalent results obtained in the past ten years. Detailed proofs and an emphasis on basic ideas are provided for different boundary conditions for ordinary differential equations, including Neumann, Dirichlet, periodic, and antiperiodic conditions. Novel results of higher eigenvalues, systems of equations, partial differential equations as well as variational approaches are presented. To this respect, a new and unified variational point of view  is introduced for the treatment of such problems and a systematic discussion of different types of boundary conditions is featured. Various problems make the study of Lyapunov-type inequalities of interest to those in pure and applied mathematics. Originating with the study of the stability properties of the Hill equation, other questions arose for instance in systems at resonance, crystallography, isoperimetric problems, Rayleigh type quotients and oscillation and intervals of disconjugacy and it lead to the study of Lyapunov-type inequalities for differential equations. This classical area of mathematics is still of great interest and remains a source of inspiration.  . 続きを見る
目次:
1. Introduction
2. A variational characterization of the best Lyapunov constants
3. Higher eigenvalues
4. Partial differential equations
5. Systems of equations
Index.
1. Introduction
2. A variational characterization of the best Lyapunov constants
3. Higher eigenvalues
4. Partial differential equations
5. Systems of equations
Index.

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