2.097/6.339/16.920  Numerical Methods for Partial Differential Equations

If you want to pick up your project 4, then come by my office.

The average is 88.6 and std is 11. I will try to get the grades posted on stellar by tomorrow.

Good job everyone and enjoy your winter break!

Emily

I finished grading Project 3 Part 2. Everyone's grades are up on the website (both part 1 and part 2). This part was out of 40.

Part 1:
average: 52.75/60 (88%)
std: 7/60

Part 2:
average: 35/40 (88%)
std: 5/40

Project 3 average: 88% and std: 11

You can come pick up your Project 3 Part 2 reports at my office 37-442.

I will try to have Project 4 graded by Monday.

Emily

So there have been a lot of questions about the velocity computations in question 6 parts d and e.

For part e, you need to account for the jump in the normal derivative when computing the velocity profile of the wing. You can think of this as -2*pi*sigma*normal...make sure you take this contribution only in the normal when subtracting it from the velocity i.e. v=[v_x,v_y,v_z]. Hint: for part d, this term can be excluded but must be taken into account for part e.

Hope this helps.
Emily

I uploaded coarser spheres BUT they don't seem to be working correctly for the Neumann problem. Please use the original fine sphere uploaded. Make sure your results work with this sphere and do not rely on the coarser ones.

My apologies,
Emily

I'm moving today's office hours to tomorrow. So the office hours for this project are

Thu, Dec 3, 4-6pm 5-233
Fri, Dec 4, 3-5pm 5-231
Mon, Dec 7, 3-6pm 1-242

Emily