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Modelling and Simulation TTK4130

Contents:

  • Installation
  • Quick intro to Jupyter Notebook
  • SymPy and CAS
  • 3D Visualization and Animation
  • Reference frames
  • Vector Kinematics (WIP)
  • Mass and Inertia (WIP)
  • Force and Torque (WIP)
  • Quaternions (WIP)
  • Numerical Methods for ODEs
  • What’s Next?
  • Project
    • Simulation Project
    • Example Project: Bicycle (WIP)
  • Assignments
    • Assignment 1 - Modelling and Simulation Basics
    • Assignment 2 - Explicit Numerical Solvers
    • Assignment 3 - Implicit Numerical Solvers
    • Assignment 4 - Kinematics
    • Assignment 5 - Newton-Euler
    • Assignment 6 - Lagrange
    • Assignment 7 - Constrained Lagrange
    • Assignment 8 - Bond Graphs
    • Assignment 9 - Bond Graphs II
    • Assignment 10 - Advanced Bond Graphs
  • Lecture Notes
    • Week 0
    • Live Coding Session: Modeling and Simulation Basics
    • Pendulum Simulation
  • SymPy Live
  • Notation (WIP)
  • Bibliography
  • .rst

Lecture Notes

Lecture Notes#

  • Week 0
  • Live Coding Session: Modeling and Simulation Basics
  • Pendulum Simulation

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Assignment 10 - Advanced Bond Graphs

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Week 0

By Tord Natlandsmyr, Bjørnar Ørjansen Kaarevik & Børge Rokseth