Stability of Dissipative Systems (Classic Reprint) - Softcover

Inhaltsangabe

Understand how dissipative systems behave under pressure, with clear math that links energy to stability. This book introduces a time-domain approach to stability, using energy ideas and Lyapunov methods to explain when solutions stay bounded or decay over time.

Written for researchers and students in applied math, physics, and engineering, it delves into how operators, inner products, and energy functionals describe system behavior. The discussion moves from finite to infinite dimensions and shows how stability results can be extended to broad classes of problems.

• Foundations of stability using energy (Lyapunov-type) arguments and time-domain reasoning


• How positive energy, self-adjoint operators, and boundedness influence exponential decay or growth


• A framework for describing stable and unstable behavior without complex spectral analysis


• Pathways to apply the results to realistic problems in dissipative systems

Ideal for readers of advanced applied mathematics, physics, and engineering who want a rigorous yet accessible treatment of stability in dissipative settings.

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