PHGN 505 - Classical Mechanics
Spring 2011
Catalog Data: PHGN505: Classical Mechanics I (I). Review of Langrangian
and
Hamiltonian formulations in the dynamics of particles and rigid bodies;
kinetic theory, coupled oscillations and continuum mechanics; fluid mechanics.
Textbook: A.L. Fetter and J.D. Walecka, "Theoretical Mechanics
of Particles and Continua", McGraw-Hill (1980).
Tim R. Ohno, Associate Professor of Physics
Office MH444, labs MH175 & 163
Office phone x3847, home 303-277-9459
cell phone 303-594-8349 (not always on)
Tim's office email, this is the best
way to reach me
office hours: Tim's
schedule
Eric Mayotte, grader
Meyer 264
Eric's email contact him for extension on HW
Goals
- Understand the fundamental concepts of the Lagrangian and Hamiltonian formulations of classical mechanics. Develop background for, and applications of, their extensions to other sub-fields of physics, e.g., quantum mechanics and statistical mechanics.
- Master the mathematical techniques of classical mechanics.
- Develop skills in: Problem-oriented, structured thinking, Problem
solving and communications
Particle Mechanics
a. Newton's laws - 1 class
b. System of particles and Central forces - 2 classes
c. Accelerated systems - 1 class
d. Variational methods and Lagrange's equations- 4 classes
e. Normal modes of vibration; small oscillations - 2 classes
f. Rigid bodies; Euler's equations - 4 classes
g. Hamiltonian theory - 4 classes
Continuum mechanics
a. loaded string, continuum limit, Green's function - 3 classes
b. Strain, strain rate, Reynold's transport theorem - 2 classes
c. Stress Strain Elasticity- 2 class
d. Sound waves, fluids- 2 classes
e. Viscous fluids - 1 class