Syllabus:

  • Course Content
  • Course Policy

    Lecture Notes:

  • Lecture 1: Introduction: Kinematics, Dynamics
  • Lecture 2: Hamilton's Principle, Euler-Lagrange equation
  • Lecture 3: Lagrange equation: Examples, Conservation laws
  • Lecture 4: Integration of the equation of motion, Central field
  • Lecture 5: Small oscillations
  • Lecture 6: Small oscillations: Examples
  • Lecture 7: Damped oscillations, Resonances
  • Lecture 8: Motion of a rigid body
  • Lecture 9: Motion of a rigid body : Examples
  • Lecture 10: Hamiltonian dynamics
  • Lecture 11: Elastic continua
  • Lecture 12: Fluid dynamics
  • Eigenvalue problems
  • Euler Angles
  • Legendre Transformation

    Exercises:

  • Motion in central field

    Homeworks:

    Grader :

  • Homework 1: Due 09/02/2009
  • Homework 1: Solutions
  • Homework 2: Due 09/9/2009
  • Homework 2: Solutions
  • Homework 3: Due 09/16/2009
  • Homework 3: Solutions
  • Homework 4: Due 09/23/2009
  • Homework 4: Solutions
  • Homework 5: Due 09/30/2009
  • Homework 6: Due 10/14/2009
  • Homework 7: Due 10/21/2009
  • Homework 8: Due 10/28/2009
  • Homework 9: Due 11/04/2009
  • Homework 10: Due 11/11/2009
  • Homework 11: Due 11/18/2009
  • Homework 12: Due 12/02/2009

    Grades:

  • P305 grades 2009

    Computational Projects:

  • CP 2009
  • Daniel Sissom's N-body code
  • Andres Delannoy's presentation

    Teaching Projects:

  • teaching schedule 2009