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  • Computational Mechanics
  • Syllabus - Computational Mechanics
  • Working in your Fork on GitHub.com
  • Computational Mechanics 01 - Getting Started
    • 01 - Interacting with Python
    • 02 - Working with Python
    • 03 - Numerical Error
    • Homework
    • Computational Mechanics Project #01 - Heat Transfer in Forensic Science
  • Computational Mechanics 02 - Analyze Data
    • 01 - Cheers! Stats with Beers
    • 02 - Seeing stats in a new light
    • 03 - Linear regression with real data
    • 04 - Statistics and Monte-Carlo Models
    • Homework
    • Project #02 - NYSE random walk predictor
  • Computational Mechanics 03- Initial Value Problems
    • Catch things in motion
    • Step to the future
    • Get with the oscillations
    • Roots of Nonlinear functions
    • Homework
    • Project_03 - Engineering Design of rocket flights
  • Computational Mechanics 4 - Linear Algebra
    • Linear Algebra Introduction
    • Gauss Elimination
    • Linear Regression Algebra
    • Homework
    • CompMech04-Linear Algebra Project
  • Computational Mechanics 5 - Boundary Value Problems
    • Revisiting Derivatives
    • Keep it Steady
    • Good Vibrations
    • Homework
    • Project 05 - String vibrations of guitars
  • Quick How-to documents
    • Creating a quadratic fit on random data
    • How to use a for loop? in Python
    • Extra Material: Direct stiffness method for Finite Element analysis (FEA)
  • Repository
  • Open issue

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By Ryan C. Cooper

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