- Course Description:
This course introduces students to the use of numerical methods to
investigate and elucidate key physical processes underlying the
general circulation of the ocean. Familiarity with notions of fluid
mechanics and basic knowledge of ocean dynamics (Pre: OCN 620) is
assumed.
The course starts with principal numerical techniques: approximation
of functions and finite-difference and spectral methods of solving heat,
wave, advection/diffusion, and elliptic equations. It proceeds to
discussions of various ocean models: (1) homogeneous circulation models,
(2) layered, quasi-geostrophic models, and (3) primitive equation models.
In parallel with the formal lectures, there will be an extended project
assignment including design and numerical implementation of simple ocean
models. Students are encouraged and helped to build their own models and
experiment with them.
- Textbook:
The class instruction will follow "Numerical Ocean Circulation Modeling"
by Dale B. Haidvogel and Aike Beckmann (1999, Imperial College Press)
closely. This is the required textbook for the course.
- Grading Policy:
Class attendance 20%, homework 50%, and final exam 30%.
- Class Hours:
Tuesdays and Thursdays from 10:30 AM to 11:45 AM at MSB305
(this can be re-arranged depending on the students' schedules).