Anatomy of a Snowstorm
David J Muraki
sfu info:
 applied math
intro:
 #1
 #2
 #3
 #4
 #5
 #6
 #7
 #8
 .pdf overheads
vtk results:
 isentropic surface: upper-level front & mountain waves
 isentropic surface: mountain waves
 isentropic gradient surfaces: upper-level & surface fronts
 isentropic gradient surface: surface front off US eastern seaboard
 flow glyphs: jetstream
 flow glyphs: jetstream & trough
 flow & gradient surface: jetstream & upper-level front
 flow & gradient surface:
jetstream & upper-level front (strong along-front jet)
vis5d:
login
mkdir vis5d
cd vis5d
vis5d -mbs 349 /home/visitor/muraki/dmuraki/JanStorm.v5d
 vis5d home
 help
 more help
weather links:
 noaa/ncep model
 national weather service (usa)
 noaa climate watch
 cnn weather story
 fuqing zhang
 environment canada
 unisys
 noaa satellite
matlab:
login
ssh grinder
mkdir matlab
cd matlab
cp /home/visitor/muraki/dmuraki/data/*.m .
cp /home/visitor/muraki/dmuraki/data/new_map.mat .
matlab -nojvm
type "vis2d" at prompt
  study of an upper-level front
  west-east cross-section (note upper-level front & mountain waves)
  low-level section (early surface cyclone)
  mountain wave model (preliminary research: muraki, epifanio & snyder)
SFU / Mathematics
/mast/people/faculty/muraki/index.html
Revised January, 2002 by
math_www@math.sfu.ca.