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Introduction into Granular Simulation Techniques - Simulation of Forearc Deformation Processes

Lecturers: Katrin Huhn-Frehers

Content:

Introduction into modelling philosopy: why granular modelling approach
Characterisation of granular materials
Sandbox experiment - theory, applications, examples from geosciences
How to simulate the physical behaviour of granular materials
The Discrete Element Method - theory
Application of the Discrete Element Method - examples from geosciences
Overview about other granular modelling approaches
Simulation of fluid behavior with granular model approaches: SPH, DNS, overview
Case study: Forearc deformation - overview, database and theoretical background
Introduction into the software package: PFC
How to built a model - excersise: develop, test and validate your own model
Present and discuss your own modelling results

Competences:

Basic knowledge in the theory of granular simulation techniques and the application of commercial software packages (PFC2D, PFC3D)to investigate geodynamic processes


Assessment:

Oral presentation

Exam Form:

colloquium

Literature:

1) Turcotte, D. L. & G. Schubert (2002): Geodynamics: Applications of Continuums Physics to Geological Problems. John Wiley and Sons, New York
2) Pöschel, T. (2001) Dynamics of granular systems; Logos, Berlin
3) Own course materials and exercise examples

Contents:

1st SWS: Introduction into modelling philosopy: why granular modelling approach
2nd SWS: Characterisation of granular materials
3rd SWS: Sandbox experiment - theory, applications, examples from geosciences
4th SWS: How to simulate the physical behaviour of granular materials
5th SWS: The Discrete Element Method - theory
6th SWS: Application of the Discrete Element Method - examples from geosciences
7th SWS: Overview about other granular modelling approaches
8th SWS: Simulation of fluid behavior with granular model approaches: overview
9th SWS: Case study: Forearc deformation - overview, database and theoretical background
10th SWS: Introduction into the software package: PFC
11th SWS: How to built a model - excersise: develop, test and validate your own model
12th SWS: Present and discuss your own modelling results
13th SWS: Simulation with granular model approaches: SPH
14th SWS: Simulation with granular model approaches: DNS


Teaching Aids:

Notebook-Pool

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Eckdaten
VAK-Nummer

05-BGW-GD3-1


Studiengang

Bachelor Geowissenschaften


Modulname

Geodynamic Modelling


Veranstaltungsart

Vorlesung, Übung (V+Ü)


3. Studienjahr

3 CP

2 SWS

Sommersemester


Kurssprache(n)

Deutsch und Englisch


Ansprechpartner
­

Deanery

Prof. Dr. Katrin Huhn-Frehers

MARUM2 3040R

Tel.: +49 421 218 - 65860

khuhn@marum.de

Deanery

Prof. Dr. Katrin Huhn-Frehers

MARUM2 3040R

Tel.: +49 421 218 - 65860

khuhn@marum.de
Veranstalter
­

Deanery

Prof. Dr. Katrin Huhn-Frehers

MARUM2 3040R

Tel.: +49 421 218 - 65860

khuhn@marum.de

Deanery

Prof. Dr. Katrin Huhn-Frehers

MARUM2 3040R

Tel.: +49 421 218 - 65860

khuhn@marum.de
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