550.696 Two-Dimensional Turbulence

Spring 2014

Left figure is a radar image from the Shuttle Imaging Radar-C showing two large ocean eddies next to sea ice in the Weddell Sea on October 5, 1994. Credit: NASA/JPL

General Information

Instructor: Greg Eyink

Department: Applied Mathematics & Statistics

Email: eyink `at' ams.jhu.edu

Phone: (410) 516-7201

Office: Whitehead 202-D

Office Hours: 1:00-1:50pm??, or by appointment

Classroom: Maryland 201

Class Times: noon-12:50pm

News

Watch this space for important announcements, course information, and supplemental materials.

Schedule

Assignment	Date Due in Class	Solutions
Problem Set #1	February 14, 2014	Problem Set #1
Problem Set #2	March 10, 2014	Problem Set #2
Problem Set #3	March 24, 2014	Problem Set #3
Problem Set #4	April 7, 2014	Problem Set #4
Problem Set #5	April 14, 2014	Problem Set #5
Problem Set #6	May 2, 2014	Problem Set #6

Handouts

Title	Date
General Course Info	January 27, 2014

Course Notes

All of the course notes from which I lecture in class will be available here. Some of the content is original.
If you wish to cite any such results, please quote them as from G. L. Eyink, "Turbulence Theory III,"
course notes, The Johns Hopkins University, 2014, and give the URL.
Notes from the preceding courses, 550.693 Turbulence I and 550. 694 Turbulence II, are available here .

Some Links

http://www.aos.princeton.edu/WWWPUBLIC/gkv/history : Geoffrey Vallis' online respository
of classical paper in geophysical fluid dynamics

http://www.efluids.com : general webpage on fluids resources

http://turbulence.pha.jhu.edu : JHU Turbulence Webpage

http://www.weizmann.ac.il/lvov/HTC : People of Hydrodynamic Turbulence Community

http://www.euhit.org/index.html : European High-Performance Infrastructures in Turbulence

http://cfd.cineca.it : International Computational Fluid Dynamics (CFD) database