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courses:firstmeeting [Elmer/Ice Wiki]

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courses:firstmeeting [2020/05/19 06:51]
gagliar [Sixth Elmer/Ice Users Meeting - Remotely 2020]
courses:firstmeeting [2023/11/20 12:34] (current)
gagliar [11th Elmer/Ice User Meeting - 8 November 2023, CSC, Finland]
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 ~~NOTOC~~ ~~NOTOC~~
-====== Sixth Elmer/Ice Users Meeting - Remotely 2020 ======+====== 11th Elmer/Ice User Meeting - 8 November 2023, CSC, Finland ====== 
 +The 11th Elmer/Ice User Meeting took place in an hybrid mode on Wednesday, 8 November, 2023, 9am-12am EET (Eastern European Time) at CSC, Espoo, Finland and online on zoom. About 22 persons (11 online and 11 on site) attended the users meeting. The agenda and the slides presented during the meeting are given below.  
 +  * Olivier Gagliardini (IGE): {{ :courses:2023:elmerice-users-nov23-intro-og.pdf | Some introduction words}}  
 +  * Cyrile Mosbeux (IGE): {{ {{ :courses:2023:elmerice-users-nov23-cm.pdf | Semi-Lagrangian solver}} 
 +  * Thomas Zwinger and Peter Råback (CSC): {{ :courses:2023:elmerice-users-nov23-tz-pr.pdf |Relevant Elmer(/Ice) code updates and policies}} 
 +  * Fabien Gillet-Chaulet (IGE): {{ :courses:2023:elmerice-meeting2023-fgc.pdf | The mass conservation method: "How" smooth should it be? }} 
 +  * Adrien Gilbert (IGE): {{ :courses:2023:elmerice-users-nov23-smb-ag.pdf | Surface Mass Balance solver}} 
 +  * Discussion
  
-The sixth Elmer/Ice Users meeting took place remotely the 13th of May 2020, from 9am to 12am. + 
 +====== 10th Elmer/Ice User Meeting - EGU, Vienna 2023 ====== 
 +The next [[https://meetingorganizer.copernicus.org/EGU23/session/47609|Elmer/Ice User Meeting]] will take place on Thursday, 27. April, 2023, 12:45–15:45 (CEST), Room 2.96. We will try to organise a Zoom-link to attend remotely (this will highly depend on the situation at place) - we keep you updated. 
 + 
 +Program: 
 +  *Samuel Cook: (12:45-12:50) {{ courses:2023:elmerice-meeting2023-intro.pdf | Introduction}} 
 +  * Eliot Jager: (12:50-13:10) Ensemble simulation for ice sheet model initialisation {{ courses:2023:elmerice-meeting2023-ej.pdf|PDF }} 
 +  * Fabien Gillet-Chaulet: (13:10 – 13:45) {{ courses:2023:elmerice-meeting2023-fgc.pdf|PDF }} 
 +    * Nonlinear Weertman sliding law in Stokes 
 +    * Xios 
 +    * Spatial covariance modelling 
 +  * Break (13:45-14:00) 
 +  * Peter Råback (14:00-14:30) {{ courses:2023:elmerice-meeting2023-pr.pdf|PDF }} 
 +    * Improvements to particle advector (age, damage) 
 +    * Automatic increase of element order (also for extruded meshes) 
 +    * GMSH format-based restart and interpolation between different meshes (replacement for ASCII/binary restart files) 
 +    * Improvements in radiation model (energy balance) 
 +    * Reduced dimensional Navier-Stokes equations (basal hydrology) 
 +  * Cyrille Mosbeux (14:30-14:45) Applications of new particle advector {{ courses:2023:elmerice-meeting2023-cm.pdf |PDF }} 
 +  * Josefin Ahlkrona (14:45-14:55) FSSA (Free Surface Stabilisation Algorithm) applied to real-world glaciers {{ courses:2023:elmerice-meeting2023-ja.pdf |PDF }} 
 +  * Break (14:55 – 15:15) 
 +  * Thomas Zwinger (15:15-15:30) {{ courses:2023:elmerice-meeting2023-tz.pdf |PDF }} 
 +    * Visco-elastic model for shear-thinning rheology 
 +    * coupled elastic LEFM and viscous Elmer/Ice simulations for calving (slides by  M. Zarrinderakht) 
 +    * Further code-development plans  
 +    * Repository code of conduct 
 +    * Discussion/Suggestions about how to deal with DOI-citeable Elmer/Ice code  
 + 
 +**Remote participation**: We will try to establish a Zoom link to the meeting. The link will be distributed via the mail-list elmerice@elmerfem.org (so, please, subscribe if you want to get access). Be warned, there is no dedicated equipment for this, so we will have to use the public network and our own laptop, hence there is a huge possibility for error. 
 + 
 +====== 9th Elmer/Ice User Meeting - Remotely 7 December 2022 ====== 
 +The next Elmer/Ice users meeting will take place online the 7th December 2022 5pm-8pm CET. The zoom link to attend the meeting has been sent by email to the Elmer/Ice list. The agenda and the slides presented during the meeting are given below: 
 +  * 5:00:5:15 Olivier Gagliardini (IGE): {{ :courses:2022:elmericeusersmeeting_9th_intro_2022-12-07.pdf | Some introduction words}}  
 +  * 5:15-5:30   Yiliang Ma (Beijing Normal University): {{ :courses:2022:yiliang_ma_elmerusersmeeting.pdf |Sensitivity of Totten Glacier to basal sliding laws and sub-shelf melt rates}} 
 +  * 5:30-5:45 Iain Wheel (Saint Andrews University): Investigating 3D calving dynamics in Elmer 
 +  * 5:45-6:00 Fabien Gillet-Chaulet (IGE): Updates on ElmerIce-Sheet configurations 
 +  * 6:00-6:15 Clara Henry (Max Planck Institute for Meteorology): Derwael Ice Rise: Comparing the three-dimensional modelled stratigraphy of an ice rise to observed internal radar horizons 
 +  * 6:15-6:30 small break (coffee, beers, etc...) 
 +  * 6:30-6:45 Cyrille Mosbeux (IGE): On the effect of Damage in the Amundsen Sea Sector 
 +  * 6:45-7:00 Peter Raback (CSC): Evolution of List operations in Elmer with examples related to ice flow 
 +  * 7:00-7:15 Cruz Garcia Molina (IGE): On the contribution to CALMIP, the calving inter-comparison project 
 +  * 7:15-7:30 Rob Law (SPRI): {{ :courses:elmericeusers_roblaw.pdf |Basal melting and moderately complicated box models}} 
 +  * 7:30-7:45 Thomas Zwinger (CSC): {{ :courses:2022:elmericeusermeetingdec2022_fssa.pdf|Stabilization scheme of free surface problems}} (With A. Löfgren, J. Ahlkrona, C. Helanow) 
 +  * 7:45-8:00 Discussions / Conclusions 
 +  * 8:00 end of the meeting 
 + 
 + 
 + 
 +====== Eight Elmer/Ice User Meeting - Remotely February 2022 ====== 
 +The eighth Elmer/Ice User meeting took place remotely on the 2nd of February 2022, from 9am to 12am CET.    
 +About 25 persons attended remotely the user meeting. The agenda and the slides presented during the meeting are given below: 
 +  * {{ :courses:2022:elmericeusersmeeting_8th_intro.pdf | Short introduction }} (Olivier Gagliardini) 
 +  * {{ :courses:2022:elmericeworkshopfeb2022_zwinger_raback.pdf | Code updates in Elmer and Elmer/Ice }} (Peter Råback and Thomas Zwinger) 
 +  * {{ :courses:2022:elmericeworkshopfeb2022_pierre_mathiot.pdf | Coupling Elmer/Ice to NEMO ocean model }} (Pierre Mathiot) 
 +  * {{ :courses:2022:elmericeworkshopfeb2022_henry.pdf | Ice rise and ice rumple dynamics, and the consequences for ice sheet evolution }} (Clara Henry) 
 +  * {{ :courses:2022:elmericeworkshop2022_iain_wheel.pdf | A new calving algorithm in Elmer/Ice }}(Iain Wheel) 
 +  * {{ :courses:2022:elmericeworkshop_cruz.pdf |Comparison of different calving laws using a level set method}} (Cruz García) 
 +  * {{ :courses:2022:elmericeworkshopfeb22_samuel.pdf |Data assimilation in Elmer/Ice}} (Samuel Cook)   
 +  * {{ :courses:2022:elmer_ice_workshop_eliot.pdf |Validating historical simulations of Upernavik Isstrøm (1985-2020) with observations: sensitivity to the initial state and friction law}} (Eliot Jager) 
 +  * Towards interpretation of the radio-stratigraphy of Antarctic ice shelves from modeling and observations: A case study for the Roi Baudouin Ice Shelf, East Antarctica (Vjeran Višnjević) 
 +  * {{ :courses:2022:elmericeusersmeeting_8th_og.pdf |Elmer/Ice users community: toward a more formal structure}} (Olivier Gagliardini) 
 +  * The [[ https://kannu.csc.fi/s/yKd7WXXPffyPL73 | video of the whole workshop]] (in 720p resolution, 930 MB) 
 + 
 + 
 + 
 + 
 + 
 +====== Seventh Elmer/Ice Users Meeting - Remotely October 2020 ====== 
 + 
 +The seventh Elmer/Ice Users meeting took place remotely the 5th of October 2020, from 9am to 12am CET.    
 +About 24 persons attended remotely the users meeting. The agenda and the slides presented during the meeting are given below.  
 +  * {{ :courses:elmericeusersmeeting_7th_og.pdf}} |Short introudction?}} (Olivier Gagliardini) 
 +  * {{ :courses:cmosbeux_elmericeusers.pdf |Seasonal ice flow of Ross Ice Shelf: reconciling model and observations}} (Cyrille Mosbeux) 
 +  * {{ :courses:XX |FISOC update}} (Rupert Gladstone) 
 +  * {{ :courses:jarosch_slides.pdf |Coupling Elmer/Ice and OpenFoam}} (Alex Jarosch) 
 +  * {{ :courses:csc_2020_lumi.pptx |Inversion with Stokes of Antarctica}} (Rupert Gladstone) 
 +  * {{ :courses:2020_10_elmernewreleaseforelmerice.pdf |Elmer release 9.0}} (Peter Raback) 
 +  * {{ :courses:zwinger_elmericeusermeeting_2020oct.pdf |Elmer release 9.0}} (Thomas Zwinger)   
 +  * {{ :courses:elmericemeeting_05102020-brondex.pdf |Ice Cave and Lagrange multipliers}} (Julien Brondex) 
 +  * {{ :courses:schannwellelmerice.pdf |Regional paleo ice sheet simulations with Elmer/Ice}} (Clemens Schannwell) 
 +  
 +Following these presentations, we have had a discussion on the following points: 
 +  * Elmer/Ice documentation: A working group (Fabien, Thomas, Samuel, Olivier) will analyse the different documentation possibilities and also what is done by other codes like NEMO. Still not clear if Markdown is the most adapted form (equations). Does tool exist to convert a wiki doc into markdonw one?   
 +====== Sixth Elmer/Ice Users Meeting - Remotely May 2020 ====== 
 + 
 +The sixth Elmer/Ice Users meeting took place remotely the 13th of May 2020, from 9am to 12am CET
 About 34 persons attended remotely the users meeting. The agenda and the slides presented during the meeting are given below.  About 34 persons attended remotely the users meeting. The agenda and the slides presented during the meeting are given below. 
   * {{ :courses:elmericeusersmeeting_egu2020_og.pdf |What's new since last users meeting?}} (Olivier Gagliardini)   * {{ :courses:elmericeusersmeeting_egu2020_og.pdf |What's new since last users meeting?}} (Olivier Gagliardini)
   * {{ :courses:fisoc_rmg_2020.pptx |FISOC update}} (Rupert Gladstone)   * {{ :courses:fisoc_rmg_2020.pptx |FISOC update}} (Rupert Gladstone)
   * {{ :courses:elmerice_fgc.pdf |Adjoint inverse method update}} (Fabien Gillet-Chaulet)   * {{ :courses:elmerice_fgc.pdf |Adjoint inverse method update}} (Fabien Gillet-Chaulet)
-  * Simulating Antarctic subglacial hydrology processes beneath Pine Island Glacier, using GlaDS in Elmer/Ice (Yufang Zhang)+  * {{ :courses:yufang_zhang_elmermeeting.pdf |Simulating Antarctic subglacial hydrology processes beneath Pine Island Glacier, using GlaDS in Elmer/Ice}} (Yufang Zhang)
   * {{ :courses:egu20elmersgmpresentation.pdf |Fully coupled tidewater glacier modelling}} (Samuel Cook)   * {{ :courses:egu20elmersgmpresentation.pdf |Fully coupled tidewater glacier modelling}} (Samuel Cook)
-  * Permafrost model and visco-elastic GIA (Thomas Zwinger) +  * Updates on {{ :courses:2020um_elmer_permafrost.pdf |permafrost}} and {{ :courses:2020um_elmer_gia.pdf |visco-elastic GIA }} model (Thomas Zwinger) 
-  * Surface boundary condition for thermal regime modeling (Adrien Gilbert)+  * [[https://www.the-cryosphere.net/14/1273/2020/ Surface boundary condition for thermal regime modeling]] (Adrien Gilbert)
    
 Following these presentations, we have had a discussion on the following points: Following these presentations, we have had a discussion on the following points:
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   * Elmer/Ice documentation: Fabien has started working with markdown for the new documentation of the inverse solvers. It questions moving the existing documentation currently on the wiki to markdown too. We agreed that the markdown documentation should be saved on the Elmer git. We should work on an automatic way of generating new pdf documentation at each update of the documentation.    * Elmer/Ice documentation: Fabien has started working with markdown for the new documentation of the inverse solvers. It questions moving the existing documentation currently on the wiki to markdown too. We agreed that the markdown documentation should be saved on the Elmer git. We should work on an automatic way of generating new pdf documentation at each update of the documentation. 
   * pushing new material: you are encouraged to push your newly developed solvers or user functions! Don't wait too long as merging becomes more and more problematic when number of conflicts is increasing.   * pushing new material: you are encouraged to push your newly developed solvers or user functions! Don't wait too long as merging becomes more and more problematic when number of conflicts is increasing.
-  * The material shown by Adrien has been added to the Elmer/Ice distribution [[solvers:surfaceboundaryenthalpy|Surface Boundary Condition for steady state thermal regime]]      +  * The material shown by Adrien has been added to the Elmer/Ice distribution ([[solvers:surfaceboundaryenthalpy|Surface Boundary Condition for steady state thermal regime]]).    
  
  
courses/firstmeeting.1589871078.txt.gz · Last modified: 2020/05/19 06:51 by gagliar
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