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ADVANCED ENGINEERING SIMULATION METHODS DEVELOPED IN THE EN-MME ENGINEERING UNIT

The Engineering Unit within EN-MME is in charge of CERN-wide advanced computations and simulations. The team, currently composed of 15 engineers (staff, fellows, MPA, industrial support) from the EN-MME-EDS and EN-MME-EDM sections, has a strong connection and interaction with the other sections of t...

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Autores principales: Carra, Federico, Accettura, Carlotta, Amrani, Anas, Artoos, Kurt, Baudin, Lucie, Bertarelli, Alessandro, Capatina, Ofelia, Dassa, Luca, Garlasche, Marco, Giordanino, Laurene, Guardia Valenzuela, Jorge, Guillen Hernandez, Teresa, Papazoglou, Giannis, Sito, Leonardo, Swieszek, Joanna Sylwia, Tabian, Iuliana, Vejnovic, Nikolina
Lenguaje:eng
Publicado: 2022
Materias:
Acceso en línea:http://cds.cern.ch/record/2840275
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author Carra, Federico
Accettura, Carlotta
Amrani, Anas
Artoos, Kurt
Baudin, Lucie
Bertarelli, Alessandro
Capatina, Ofelia
Dassa, Luca
Garlasche, Marco
Giordanino, Laurene
Guardia Valenzuela, Jorge
Guillen Hernandez, Teresa
Papazoglou, Giannis
Sito, Leonardo
Swieszek, Joanna Sylwia
Tabian, Iuliana
Vejnovic, Nikolina
author_facet Carra, Federico
Accettura, Carlotta
Amrani, Anas
Artoos, Kurt
Baudin, Lucie
Bertarelli, Alessandro
Capatina, Ofelia
Dassa, Luca
Garlasche, Marco
Giordanino, Laurene
Guardia Valenzuela, Jorge
Guillen Hernandez, Teresa
Papazoglou, Giannis
Sito, Leonardo
Swieszek, Joanna Sylwia
Tabian, Iuliana
Vejnovic, Nikolina
author_sort Carra, Federico
collection CERN
description The Engineering Unit within EN-MME is in charge of CERN-wide advanced computations and simulations. The team, currently composed of 15 engineers (staff, fellows, MPA, industrial support) from the EN-MME-EDS and EN-MME-EDM sections, has a strong connection and interaction with the other sections of the group (FS, FW, MA and MM). The Engineering Unit is responsible for complex analyses with a high impact on fabrication, operation and safety of equipment, for a diverse user’s community which includes, on top of the other sections of the EN-MME group, other CERN groups and departments, as well as projects and experiments. This contribution will highlight the competences developed within the Engineering Unit in the recent years, on analytical and numerical techniques, including implicit and explicit Finite Element Method (FEM) calculations, multiphysics studies, semiempirical methods, materials modelling, as well as safety standards concerning pressure vessels, handling and structural elements. The contribution will also give examples on the application of such methods to specific projects managed by CERN and the experimental community.
id cern-2840275
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2022
record_format invenio
spelling cern-28402752022-11-23T21:39:38Zhttp://cds.cern.ch/record/2840275engCarra, FedericoAccettura, CarlottaAmrani, AnasArtoos, KurtBaudin, LucieBertarelli, AlessandroCapatina, OfeliaDassa, LucaGarlasche, MarcoGiordanino, LaureneGuardia Valenzuela, JorgeGuillen Hernandez, TeresaPapazoglou, GiannisSito, LeonardoSwieszek, Joanna SylwiaTabian, IulianaVejnovic, NikolinaADVANCED ENGINEERING SIMULATION METHODS DEVELOPED IN THE EN-MME ENGINEERING UNITEngineeringAccelerators and Storage RingsThe Engineering Unit within EN-MME is in charge of CERN-wide advanced computations and simulations. The team, currently composed of 15 engineers (staff, fellows, MPA, industrial support) from the EN-MME-EDS and EN-MME-EDM sections, has a strong connection and interaction with the other sections of the group (FS, FW, MA and MM). The Engineering Unit is responsible for complex analyses with a high impact on fabrication, operation and safety of equipment, for a diverse user’s community which includes, on top of the other sections of the EN-MME group, other CERN groups and departments, as well as projects and experiments. This contribution will highlight the competences developed within the Engineering Unit in the recent years, on analytical and numerical techniques, including implicit and explicit Finite Element Method (FEM) calculations, multiphysics studies, semiempirical methods, materials modelling, as well as safety standards concerning pressure vessels, handling and structural elements. The contribution will also give examples on the application of such methods to specific projects managed by CERN and the experimental community.CERN-ACC-NOTE-2022-0025oai:cds.cern.ch:28402752022-10-11
spellingShingle Engineering
Accelerators and Storage Rings
Carra, Federico
Accettura, Carlotta
Amrani, Anas
Artoos, Kurt
Baudin, Lucie
Bertarelli, Alessandro
Capatina, Ofelia
Dassa, Luca
Garlasche, Marco
Giordanino, Laurene
Guardia Valenzuela, Jorge
Guillen Hernandez, Teresa
Papazoglou, Giannis
Sito, Leonardo
Swieszek, Joanna Sylwia
Tabian, Iuliana
Vejnovic, Nikolina
ADVANCED ENGINEERING SIMULATION METHODS DEVELOPED IN THE EN-MME ENGINEERING UNIT
title ADVANCED ENGINEERING SIMULATION METHODS DEVELOPED IN THE EN-MME ENGINEERING UNIT
title_full ADVANCED ENGINEERING SIMULATION METHODS DEVELOPED IN THE EN-MME ENGINEERING UNIT
title_fullStr ADVANCED ENGINEERING SIMULATION METHODS DEVELOPED IN THE EN-MME ENGINEERING UNIT
title_full_unstemmed ADVANCED ENGINEERING SIMULATION METHODS DEVELOPED IN THE EN-MME ENGINEERING UNIT
title_short ADVANCED ENGINEERING SIMULATION METHODS DEVELOPED IN THE EN-MME ENGINEERING UNIT
title_sort advanced engineering simulation methods developed in the en-mme engineering unit
topic Engineering
Accelerators and Storage Rings
url http://cds.cern.ch/record/2840275
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