Handouts from the
class follow below, grouped by type and by date.
Computer & homework
problems & exam review materials
Daily class notes
- Quick prior notes listing:
- 03/28 (Thu) - Day 20: nonlinear doubling;
resolution and aliasing; nonlinear instability;
quasi-compressibility
- 03/26 (Tue) - Day 19: time differencing -
general form; time differencing methods table;
aliasing
- 3/18-3/22: Spring Break
- 03/14 (Thu) - Day 18: piecewise linear;
monotonic form; parallel speedup, Amdahl's law;
workflows; Storm video critique
- 03/12 (Tue) - Day 17: Pgm. 4; Skamarock /
Klemp - intro.: global/local refinement; Richardson
extrap.; parallel performance
- 03/07 (Thu) - Day 16: Skamarock &
Klemp; Pgm. 4 nesting; van Leer
- 03/05 (Tue) - Day 15: Poor resolution;
Space differencing; differential-difference;
C/Fortran IO; Pgm 4; Skamarock & Klemp
- 02/28 (Thu) - Day 14: Time filtering;
grid refinement/clustering; Pgm. 4, Nest BCs;
Resolution; Nesting; CFL condition
- 02/26 (Tue) - Day 13: Approximating
derivatives; Time differencing; Leapfrog;
Computational modes; Nest BCs - 1D view
- 02/21 (Thu) - Day 12: Nesting; IC/BCs;
Koch & McQueen; Dispersion; shell scripts;
Deformation flow - Staniforth
- Class notes
/ print
PDF
- Handout: Koch & McQueen - survey of
nesting methods
- Animation
- Leapfrog dispersion - group velocity < 0 !!!
- Phase vs. group velocity app
(Michael Fowler, University of Virginia)
- 02/19 (Tue) - Day 11: Lax-Wendroff
origins; fully implicit schemes; explicit vs.
implicit; nesting intro
- 02/14 (Thu) - Day 10:
- 02/12 (Tue) - Day 9:
- Review for Exam #1 on Thursday.
- 02/07 (Thu) - Day 8:
- Class notes
/ print
PDF
- Also: handout with coding hints for program 2 (see
links at top of this page)
- 02/05 (Tue) - Day 7:
- 01/31 (Thu) - Day 6:
- 01/29 (Tue) - Day 5:
- 01/24 (Thu) - Day 4:
- 01/22 (Tue) - Day 3:
- 01/17 (Thu) - Day 2:
- 01/15 (Tue) - First
class:
|