707706 Numerical methods for models in atmospheric science

winter semester 2016/2017 | Last update: 16.03.2017 Place course on memo list
707706
Numerical methods for models in atmospheric science
VO 2
3,5
weekly
annually
English

Students should acquire the abilities to understand and express the contents of the course. In particular, they should have a basic understanding of numerical methods for differential equations and their application to models in atmospheric sciences.

Fundamental concepts of numerical methods for differential equations and their application to models in atmospheric sciences.

according to the curriculum

according to the curriculum

Dale R. Durran, Numerical Methods for Fluid Dynamics: With Applications to Geophysics, Texts in Applied Mathematics 32, Springer, New York, 2010

05.10.2016
Group 0
Date Time Location
Wed 2016-10-05
08.15 - 10.00 HSB 7 HSB 7 Barrier-free
Wed 2016-10-12
08.15 - 10.00 HSB 7 HSB 7 Barrier-free
Wed 2016-10-19
08.15 - 10.00 HSB 7 HSB 7 Barrier-free
Fri 2016-10-21
08.15 - 10.00 HSB 1 HSB 1 Barrier-free
Fri 2016-10-21
10.15 - 12.00 HS A (Technik) HS A (Technik) Barrier-free
Fri 2016-10-28
08.15 - 10.00 Gr. HS Gr. HS Barrier-free
Wed 2016-11-09
08.15 - 10.00 HSB 7 HSB 7 Barrier-free
Wed 2016-11-16
08.15 - 10.00 HSB 7 HSB 7 Barrier-free
Wed 2016-11-23
08.15 - 10.00 HSB 7 HSB 7 Barrier-free
Wed 2016-11-30
08.15 - 10.00 HSB 7 HSB 7 Barrier-free
Wed 2016-12-07
08.15 - 10.00 HSB 7 HSB 7 Barrier-free
Wed 2016-12-14
08.15 - 10.00 HSB 7 HSB 7 Barrier-free
Wed 2017-01-11
08.15 - 10.00 HSB 7 HSB 7 Barrier-free
Wed 2017-01-18
08.15 - 10.00 HSB 7 HSB 7 Barrier-free
Wed 2017-01-25
08.15 - 10.00 HSB 7 HSB 7 Barrier-free
Wed 2017-02-01
08.15 - 10.00 HSB 7 HSB 7 Barrier-free
Fri 2017-04-07
08.15 - 10.00 HS E (Technik) HS E (Technik) Barrier-free 2. Klausur