Newsletters
From 1992–1997, CODEE ("Consortium of ODE Experiments" was our former name), with generous support from the National Science Foundation, published a newsletter that provided a regular source of ideas, inspiration, and experiments for instructors of ODEs. The goal of CODEE was to share the rapidly growing wealth of computational instruction techniques with as many teachers and students of differential equations as possible. This digital library contains all of the past issues of the CODEE Newsletter.
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Summer-Fall 1997
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Winter-Spring 1997
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Spring-Summer 1996
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Winter 1996
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Summer-Fall 1995
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Spring 1995
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Winter 1995
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Summer-Fall 1994
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Spring 1994
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Winter 1994
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Summer-Fall 1993
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Spring 1993
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Winter 1993
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Fall 1992
CODEE Adieu; ODE Architect: A Multimedia Teaching/Research Tool; Bringing Technology into the ODE Classroom: How and Why; DFIELD and PPLANE; Nonlinear Analysis of Yellowstone's Plume Geyser; Book Review: A Guided Tour of Differential Equations using Computer Technology; Book Review: Differential Equations: A Modeling Perspective
What's the IDEA; HPV Made Easier; Modeling with Difference Equations at the Precalculus Level; Modeling the Pumping of a Swing
On Curves of Pursuit: A Computer Laboratory Project in Differential Equations; ODE Architect: Interactive Multimedia Modeling, Differential Equation Solving
Gulp!; ODEs 2000: A Big Picture Course; The Pendulum Revisited; A Student Application of Matlab: Human Powered Vehicles; Hydraulics in an Unlikely Place; Book Review: Differential Equations: An Introduction with Mathematica by Clay Ross
The Future ODE Course is Already Here; Detecting a Leak in an Underground Storage Tank; Small Mammal Dispersion; Orbits Worth Betting On; New ODE Solvers: Time and Event Location
Three Activities from Exponential Growth and Decay Lab; Exploration of the Parachute Problem with Stella; How Long Does It Take a Harmonic Oscillator to Come to Rest?; Why Numerical Methods Don't Always Work; Rangeland Ecosystems
Some Software for Teaching PDEs
The Forced Damped Pendulum: Chaos, Complication and Control; The Great Escape; Model Neurons and Fast-Slow Systems
Memoirs of a Differential Equations Junkie, Part II; Competing Microorganisms; Laboratory Exploration on a Coupled Spring-Mass-Damper System using Stella and Maple; Boston University Differential Equations Project; Percy Possum Plunders; Editor's Corner: Review of Nonlinear Dynamics and Chaos
Editor's Corner; The Memoirs of a Differential Equations Junkie; An Experimental Harvest from the Logistic Equation; Differential Equations at Midwestern State; The Average Distance Between Points in a Disk; Review of Differential Equations with Mathematica
New Goals: For an Elementary Course on ODEs; The Savvy Solver IV; The ODE of World-Class Sprints; The Hopf Example: A Model Lab Experiment; Duffing's Donut; World Wide Web...What?
How to Balance a Stick; Can Terminal Velocity be Exceeded?; Book Review: ODEs by V.I. Arnol'd; Interactions and Reactions; The Solow Model of Economic Growth
A Polluted Lake; More on the Polluted Lake; Discovering Differential Equations; Differential Equations, Football, and Chase Problems
The Painlevé Transcendent; Computing Changes Core Mathematics; The Flight of a Ski Jumper; Heating and Cooling of Buildings; The Lorenz Attractor; The Savvy Solver III
Review of PHASER; Demonstrating the Stability of the Lagrange Points; First Order Analysis of Communication Channels; Buying a Computer Lab; The Savvy Solver II
Two-Compartment Pharmacokinetic Models; Teaching ODEs With Computer Experiments; Teaching ODEs With Computer Experiments; Using a Computer Lab to Teach ODEs at UoP
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