Scientific Computing Final Student Projects
Spring 2006

Note: All of these materials are provided for educational purposes only. Intellectual property rights are retained by the authors. Please contact the instructor of this course if you wish to reproduce any of these materials for any purpose.

Title
Author(s)
Materials
The Freshman Scheduling Problem: An Exercise in Discrete Optimization? Robin Baur Presentation, Final report, Code
Finite Difference vs Finite Volume Method for the Inviscid Burgers Equation Victor Camacho Presentation, Final report, Code
Neural Networks and the Brain a.k.a Will I Graduate? Laura Elisa Celis Presentation, Final report, Code
An Iterative Solver for the Diffusion Equation Alan Davidson Presentation, Final report, Code
Population Dynamics Chris Erickson Presentation, Final report, Code
The Effect of Near-Continuous Male Attractiveness on Mate Guarding Strategies under Social Monogamy Sean Fogarty Presentation, Final report, Code
Hyperbolic Conservation Laws for Insect Swarming Joe Majkut Presentation, Final report, Code
Exploring the Lorenz Equations through a Chaotic Waterwheel Stephanie Moyerman Presentation, Final report, Code
Perturbations of a Hanging Chain Daniel Percival and Daniel Walton Presentation, Final report, Code
Modelling the Economy and Immigration with a Discrete Dynamical System Eugene Quan Presentation, Final report, Code
Firefly Synchronization Hope Runyeon Presentation, Final report, Code
Electromagnetic Interactions within Small Particles: The Discrete Dipole Approximation Tristan Sharp Presentation, Final report, Code
Teaching a Computer about Balance: A Neural Network Exploration Erik Shimshock Presentation, Final report, Code
Sex, Death, and Scale-Free Graph: Modeling the AIDS Epidemic Simon Maccracken Stump Presentation, Final report, Code
2-D Groundwater Flow Through a Confined Aquifer Gordon Whyburn and Ajoy Vase Presentation, Final report, Code
Dynamics of Mobile Toroidal Transfer Cores Matt Williams Presentation, Final report, Code
The Chaotic Oscillating Magnetic Pendulum Ian Win Presentation, Final report, Code