ME 163

Applications and Examples

Mathematica Notebooks and Handouts from Examples Presented in Class. Most examples have two entries. The one on the left is a Mathematica notebook with all output removed, to decrease downloading time. These notebooks can be executed, or modified and executed in Mathematica. The entry on the right is a pdf version of the example with all output retained (except for long graph sequences, for which only the first graph is shown). The pdf versions are useful for visualizing the fully executed Mathematica notebooks. A few handouts do not involve Mathematica and are pdf only.

 

 

Logistic Model for US Population.nb	Logistic Model for US Population.pdf
Free Fall and the Drag Law.nb	Free Fall and the Drag Law.pdf
Heating and Cooling of Buildings.nb	Heating and Cooling of Buildings.pdf
Mathematica and First Order Equations.nb	Mathematica and First Order Equations.pdf
	Trig Transformations.pdf
Direction Fields.nb	Direction Fields.pdf
Euler Method.nb	Euler Method.pdf
Free Vibrations.nb	Free Vibrations.pdf
Graphs of Damping SequenceFree.nb	Graphs of Damping SequenceFree.pdf
Estimating System Parameters.nb	Estimating System Parameters.pdf
Switch Design.nb	Switch Design.pdf
Mathematica and Homog. Equations.nb	Mathematica and Homog. Equations.pdf
Mathematica and Inhomog. Equations.nb	Mathematica and Inhomog. Equations.pdf
Resonant Amplitude.nb	Resonant Amplitude.pdf
	Resonance and the Lockheed Electra.pdf
Car on Washboard Road.nb	Car on Washboard Road.pdf
Mathematica and Systems.nb	Mathematica and Systems.pdf
SIR Model of Epidemics.nb	SIR Model of Epidemics.pdf
Mathematica and Phase Plane Plots.nb	Mathematica and Phase Plane Plots.pdf
Catalogue of 2D Equilibria.nb	Catalogue of 2D Equilibria.pdf
Example Stability in Nonlinear System.nb	Example Stability in Nonlinear System.pdf
Undamped Duffing Equation.nb	Undamped Duffing Equation.pdf
Examples of Periodic Solutions.nb	Examples of Periodic Solutions.pdf
Predator Prey Part 1.nb	Predator Prey Part 1.pdf
Predator Prey Part 2.nb	Predator Prey Part 2.pdf

 

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