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Lecture Notes
Computational Physics
Easy to follow lecture notes on Computational Physics.
Real-time TrafficData Modeling | Differential Equations | Differentiation | Integration | Interpolation | Matrices | Monte Carlo | Nonlinear Equations | Numerical Analysis | Random Numbers |
| Added | 18 Feb 2009 |
| Updated | 04 Dec 2010 |
| Authors | Alexander L. Godunov |
Table of Content
- Basic computer hardware and software
- Machine precision and errors
- C++. Short reference for introductory computational physics
- Dislin - a high-level plotting library for displaying data
- Computational Projects: 10 Steps
- Linux
- Numerical Libraries
- Roots of nonlinear equations
- Interpolation
- Differentiation
- Integration
- Matrices: Linear systems of equations and eigenvalue problem
- Differential Equations
- Nonlinear Differential Equations (program - simple pendulum)
- Random Numbers and Monte Carlo Applications
- Data Modeling
- Projectile motion with air resistance
- Planetary motion
- LaTeX in scientific writing and publishing
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