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Nonlinear Dynamics and Chaos
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Henon Map
Method of analysis: Discrete map iteration and Lyapunov exponent calculation. Behavior description: Iterative process that can produce a fractal structure known as the Henon attractor.
Rössler Attractor
Method of analysis: Numerical simulation and bifurcation analysis. Behavior description: Exhibits chaotic behavior and resembles the structure of a twisted band.
Van der Pol Oscillator
Method of analysis: Phase plane analysis and numerical computation. Behavior description: Self-sustained oscillations and limit cycle behavior.
Chua's Circuit
Method of analysis: Numerical simulation and circuit analysis. Behavior description: Known to produce a variety of complex dynamical behaviors including chaotic oscillations.
Lorenz System
Method of analysis: Numerical simulation and qualitative analysis. Behavior description: Sensitive dependence on initial conditions leading to what is known as the 'butterfly effect'.
Double Pendulum
Method of analysis: Hamiltonian mechanics and numerical simulation. Behavior description: Highly sensitive to initial conditions and can display chaotic motion.
Duffing Equation
Method of analysis: Phase space analysis and perturbation techniques. Behavior description: Can exhibit periodic, quasi-periodic, or chaotic oscillations based on parameter values.
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