Dynamical Systems (Classic Reprint) - Softcover

Inhaltsangabe

Explore the core ideas of dynamical systems with clear, accessible explanations.

Dynamical Systems presents a structured introduction to how physical and mathematical systems evolve over time. It surveys existence theorems, variational principles, stability, and the geometry of motion, from basic setup to the edges of current theory. The book blends foundational concepts with key results and methods, guiding readers through both classic problems and modern perspectives.

With a focus on two- and multi-degree-of-freedom systems, you’ll see how energy, momentum, and other invariants shape motion. The text weaves together formal methods, geometric ideas, and concrete examples, including the famous three-body problem and the role of Poincaré’s geometric theorem in understanding complex dynamics.

• Foundational setup: how differential equations describe evolving states in physical systems
• Variational principles and their applications to motion and energy
• Stability, periodic motions, and the structure of motion in two and more degrees of freedom
• The three-body problem and related geometric methods for predicting behavior

Ideal for readers of advanced undergraduate to graduate level mathematics and physics who want a rigorous, approachable path into dynamical systems.

Die Inhaltsangabe kann sich auf eine andere Ausgabe dieses Titels beziehen.