Course Schedule 

                           

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Tentative Schedule

Week  Sections

Topics

Jan 13   1.1 Logistic ODE, Hubbert Curve
1.2 Difference Equation, Period Doubling
Jan 20   1.3 Numerical ODEs
2.1 Nonlinear ODEs
2.2 Examples
Jan 27   2.3 Phase-plane analysis
Feb 3   2.4 Bifurcations
2.6 Limit Cycles
Feb 10   2.7 Strange Attractors
2.9 Poincare Sections
Feb 17   3.1 1D Maps
3.2 Stability
3.3 Cobweb Diagram
3.4 Period Doubling->Chaos
Feb 24   3.5 Lorenz Maps
3.6 Lyapunov Exponent
3.7 2D Maps
Mar 2   3.10 Controlling Chaos
4.1 KdV Solitons
4.4.1/2 Numerical Simulation

       Spring Vacation - Mar 7-15

Mar 16   Extended Spring Break
Mar 23   4.4.5 Numerical Stability
5.1 Nonlinear Drag
5.2 Nonlinear Lift
Mar 30   5.3 Pendulum
5.4 Nonlinear Springs
5.5 Nonlinear Resonance
Apr 6   5.6 Precession of Mercury
5.7 Saturn's Rings
5.8 Hamiltonian Chaos
Apr 9   Holiday
Apr 10   Holiday
Apr 13    
Apr 20    
Apr 27    
Apr 30   Reading Day

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E-Mail: Dr. Russell Herman Last Updated: March 13, 2020