Christoph Federrath's Java Applets

In the course of my undergraduate studies, I have written some Java Applets to simulate different physical situations by solving the differential equations numerically.

Numerov- and Schiess-Algorithm	Source Code	Mathematica Notebooks
Guitar	Guitar.java
Numerical solution of the Schroedinger-equation to find eigenvalues and eigenstates in different potentials	Numerov.java
Diffusion Limited Aggregation	Source Code	Mathematica Notebooks
DLA	DLA.java
Oscillators	Source Code	Mathematica Notebooks
Harmonic oscillator	Oscillator.java
Anharmonic oscillator	OsciAnharm.java	OsciAnharm.nb
2 oscillators with coupling	OsciCoupling.java	OsciCoupling.nb
2 anharmonic oscillators with coupling	Osci2Anharm.java	Osci2Anharm.nb
Vibration-Rotator	VibRot.java
Pendulums	Source Code	Mathematica Notebooks
Double-Pendulum	DoubPend.java	DoubPend.nb
Triple-Pendulum	TripPend.java	TripPend.nb
Triple-Bar-Pendulum	TripBarPend.java	TripBarPend.nb
Quad-Bar-Pendulum	QuadBarPend.java	QuadBarPend.nb
Pendulum with free mounting	FreePend.java
Driven pendulum	DrivPend.java	DrivPend.nb
Driven pendulum Y	DrivPendY.java	DrivPendY.nb
Driven triple pendulum	Driv3PendY.java	Driv3PendY.nb
Deterministic Chaos	Source Code	Mathematica Notebooks
2 Double-Pendulums	Chaos.java
N-Body-Simulations	Source Code	Mathematica Notebooks
Gas in a 2-dimensional box	Gas.java
Sun-Earth-Sim.	SunEarth.java

Responsible: Simon Glover, last modification Mar/07/2010 14:27 CET