sthavishtha / Computational-Physics

Exercise solutions of the course : Introduction to Computational Physics offered at ETH Zurich

Geek Repo:Geek Repo

Github PK Tool:Github PK Tool

Computational-Physics

This repository hosts some exercise solutions of the course 402-0809-00L Introduction to Computational Physics during the Autumn semester 2017 at ETH Zurich.

Contents

  • Exercise 01 : Implementing a Congruential Random Generator (CRNG)
  • Exercise 02 : Implementing the Burning algorithm (Percolation)
  • Exercise 03 : Implementing the Hoshen-Kopelman algorithm (Percolation)
  • Exercise 04 : Computing the Fractal Dimension of a percolating cluster (Percolation)
  • Exercise 05 : Hard Spheres in a 3D box (Monte-Carlo)
  • Exercise 08 : Calculating the averages in a Random Walk (Monte-Carlo)
  • Exercise 09 : Newton and Secant Methods (PDEs)
  • Exercise 10 : Numerical solution of a projectile trajectory including air resistance (PDEs)
  • Exercise 11 : 2D electrostatic equation using Finite Differences (Parallel Jacobi and Gauss-Siedel)

About

Exercise solutions of the course : Introduction to Computational Physics offered at ETH Zurich

License:GNU General Public License v3.0


Languages

Language:C++ 94.5%Language:C 2.9%Language:Makefile 2.6%