Numerisk modellering i fysik og ingeniørvidenskab (A)

2018/2019

Forudsætninger/Anbefalede forudsætninger for at deltage i modulet

The module builds on a solid background in either physics or an engineering discipline. The type of computational problems used as examples in the course will be selected according to the background of the participants.

Modulets indhold, forløb og pædagogik

The student must obtain knowledge about common numerical methods for modeling of problems in physics and engineering, and be able to use the methods for computational modeling. The latter includes the construction and usage of computer programs in Matlab based on the numerical methods, and the usage of commercial software packages. Students completing the module will obtain:

Læringsmål

Viden

Knowledge within the following areas
• Common numerical methods in physics including but not limited to: Finite-Difference-Time-Domain (FDTD) method, Finite-Difference-Methods in the frequency domain, The Fourier Modal Method (FMM), The Finite Element Method (FEM), and Greens Function Integral Equation Methods (GFIEM).
• Construction of computer programs in Matlab for numerical modeling of physics and engineering problems.
• Commercial software packages for computational modeling.

Færdigheder

The student must be able to judge which numerical method from a range of methods is most suitable for a specific problem in physics or engineering. The student must be able to carry out computational modeling for physics and engineering by constructing and using his / her own programs in Matlab based on common numerical methods, and by using commercial software packages.

Kompetencer

The student will gain insight into numerical methods for computational modeling in physics and engineering, and will gain experience in using the methods. This will serve as a foundation based on which the student will be able to choose and use appropriate numerical methods for specific problems in physics and engineering, including constructing and using numerical programs in matlab and using commercial software packages.

Undervisningsform

Lectures combined with theoretical exercises.



Omfang og forventet arbejdsindsats

Kursusmodulets omfang er 5 ECTS svarende til 150 timers studieindsats.

Eksamen

Prøver

Prøvens navnNumerisk modellering i fysik og ingeniørvidenskab
Prøveform
Skriftlig
Evaluation of report on a specific computational modeling study carried out during the semester.
ECTS5
BedømmelsesformBestået/ikke bestået
CensurIntern prøve
VurderingskriterierSom angivet i Fællesbestemmelser for uddannelser (Vurderingskriterier).
http:/​/​www.engineering.aau.dk/​uddannelse/​Studieadministration/​

Fakta om modulet

Engelsk titelComputational Modeling for Physics and Engineering
ModulkodeF-FYS-K2-4
ModultypeKursus
Varighed1 semester
SemesterForår
ECTS5
TompladsJa
UndervisningsstedCampus Aalborg
Modulansvarlig

Organisation

StudienævnStudienævnet for Matematik, Fysik og Nanoteknologi
FakultetDet Ingeniør- og Naturvidenskabelige Fakultet
SkoleSkolen for Ingeniør- og Naturvidenskab