3DXM ODE Gallery

2017-10-13 This page is currently under revision. The Java Applets no longer work in browsers due to technology change.

The exhibits on this page are interactive applets that require Java 5.0 or higher.

	First Order	Second Order
1D	Logistic MassAction User Defined	HarmonicOscillator Pendulum User Defined
2D	Linear Pendulum HarmonicOscillator Volterra_Lotka VanderPol User Defined (Autonomous) User Defined (Non-Autonomous)	CoupledOscillators ForcedOscillators FoucaultPendulum Coulomb PowerLaw Yukawa HookesLaw Higgs User Defined (Autonomous) User Defined (Non-Autonomous)
3D	Linear Lorenz Rossler Rikitake User Defined (Autonomous) User Defined (Non-Autonomous)	CoupledOscillators ForcedOscillators ConstantMagneticField CurrentInStraightWire ToroidalMagneticField MagneticDipole User Defined (Autonomous) User Defined (Non-Autonomous)

	Lattice Models
	FermiPastaUlam
	Toda

About ODE

ODE.pdf

Central_Force.pdf

Charged_Particle_Motion.pdf

Lattice_Models.pdf

To learn more about ODE, please visit Differential Equations, Mechanics, and Computation.

We gratefully acknowledge support for the development of the 3D-XplorMath program and this website by The National Science Foundation through a CCLI Grant (DUE Award # 0514781).

3DXM ODE Gallery

Lattice Models

About ODE