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CSC ICT Solutions for Brilliant Minds
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  • CSC
  • Arkisto/Archive
  • Koulutus/Training
  • Palveluja/Services
    • ELIXIR
    • Virta
  • Sekalaista/Misc
  • Tapahtumat/Events
    • DigCampus RoadShow
    • VideoFunet
  • Vuosi/Year
    • 1998
    • 1999
    • 2000
    • 2001
      • Cardiovascular Hemodynamics - from Modeling to Clinical Applications
    • 2002
    • 2003
    • 2004
    • 2005
    • 2006
    • 2007
    • 2008
    • 2009
    • 2010
    • 2011
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Testglacier diagnostic: 7 Heat transfer
Tete Rousse glacier example part 2 of 3
Tete Rousse glacier example part 3 of 3

12

Tete Rousse glacier example part 3 of 3

Setup of a 3D Elmer/Ice simulation explained along the example of a small Alpine glacier (Tete Rousse, Mt. Blanc massif). This lecture contains the setup of a simulation using digital elevation models and introducing the steps to inquire stress fields with and without a water-filled cavity underneath this glacier. This is a record of a webinar held by Olivier Gagliardini during the Elmer/Ice course in November 2020.

Tete Rousse glacier example part 3 of 3
Tete Rousse glacier example part 1 of 3
Tete Rousse glacier example part 2 of 3

12

Tete Rousse glacier example part 2 of 3

Setup of a 3D Elmer/Ice simulation explained along the example of a small Alpine glacier (Tete Rousse, Mt. Blanc massif). This lecture contains the setup of a simulation using digital elevation models and introducing the steps to inquire stress fields with and without a water-filled cavity underneath this glacier. This is a record of a webinar held by Olivier Gagliardini during the Elmer/Ice course in November 2020.

Tete Rousse glacier example part 2 of 3
Elmer/IceSheet part 2 of 2
Tete Rousse glacier example part 1 of 3

27

Tete Rousse glacier example part 1 of 3

Setup of a 3D Elmer/Ice simulation explained along the example of a small Alpine glacier (Tete Rousse, Mt. Blanc massif). This lecture contains the setup of a simulation using digital elevation models and introducing the steps to inquire stress fields with and without a water-filled cavity underneath this glacier. This is a record of a webinar held by Olivier Gagliardini during the Elmer/Ice course in November 2020.

Tete Rousse glacier example part 1 of 3
Elmer Ice Sheet part 1 of 2
Elmer/IceSheet part 2 of 2

18

Elmer/IceSheet part 2 of 2

Introductory lecture on Elmer/IceSheet along the demonstration example of a drainage basin of the Northern Greenland ice-sheet. Elmer/IceSheet is an environment that uses Elmer/Ice SSA solver and provides the necessary setup files and scripts for pre- and post-processing This is the recording of an online course held by Fabien Gillet-Chaulet in November 2020.

Elmer/IceSheet part 2 of 2
Elmer Solver Input File explained
Elmer Ice Sheet part 1 of 2

25

Elmer Ice Sheet part 1 of 2

Introductory lecture on Elmer/IceSheet along the demonstration example of a drainage basin of Northern Greenland ice-sheet. Elmer/IceSheet is an environment that uses Elmer/Ice SSA solver and provides the necessary setup files and scripts for pre- and post-processing This is the recording of an online course held by Fabien Gillet-Chaulet in November 2020.

Elmer Ice Sheet part 1 of 2
1 Introduction to the online course
Elmer Solver Input File explained

76

Elmer Solver Input File explained

A short guide through the structure of the SIF (Solver Input File) of Elmer. The different sections, input methods of dependencies, basic methods for selecting linear, non-linear and temporal solution methods are explained.

Elmer Solver Input File explained
Testglacier prognostic
1 Introduction to the online course

110

1 Introduction to the online course

Introduction to the course in November 2020

1 Introduction to the online course
Testglacier diagnostic: 7 Heat transfer
Testglacier prognostic

72

Testglacier prognostic

Elmer/ice flowline test example: prognostic simulation

Testglacier prognostic
Tete Rousse glacier example part 3 of 3
Testglacier diagnostic: 7 Heat transfer

76

Testglacier diagnostic: 7 Heat transfer

Adding heat transfer to a diagnostic mechanical glacier flow problem

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