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IDEaliSM

IDEaliSM

IDEaliSM

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  • Home
  • General Mission
    • Use Cases
      • Use Case 1: Aircraft Design Challenge
      • Use Case 2: 10-Day Harness
      • Use Case 3: Cockpit in 3 Weeks
  • Project Partner
    • Delft University of Technology – Faculty of Aerospace Engineering
    • Deutsches Zentrum für Luft- und Raumfahrt (DLR)
    • DRÄXLMAIER Group
    • Airbus Defence & Space
    • Fokker Aerostructures
    • Fokker Elmo
    • Fraunhofer LBF
    • IDEC S.L.
    • IILS
    • Jotne
    • KE – works
    • KU Leuven
    • Noesis Solutions N.V.
    • University of Stuttgart
  • Publications
  • Downloads
  • Public Demonstrator
    • Technologies
      • Configuration Control
      • Graph-based Design Language (GBDL)
      • Harness Segment Stiffness Calculation
      • Workflow Cloudification
    • Help / Description
  • Smart Engineering Event
    • About
    • Program
    • Venue Information
    • Contact

Technologies

The purpose of this page and its sub-pages is to give the reader an overview which technologies are used at the IDEaliSM project.

Each major technology gets its own sub-page describing what it is, how it can be used and which impact it has in the projet.

 

  • Configuration Control
  • Graph-based Design Languages (GBDL)
  • Harness Segment Stiffness Calculation
  • Workflow Cloudification
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Logo Airbus
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Logo Draexlmaier
Logo Fokker
Logo Fokker Elmo
Logo Frauenhofer
Logo IDEC
Logo IILS
Logo Jotne
Logo KE-Works
Logo KU Leuven
Logo Noesis
Logo University of Stuttgart
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Scroll Up
  • Home
  • General Mission
    • Use Cases
      • Use Case 1: Aircraft Design Challenge
      • Use Case 2: 10-Day Harness
      • Use Case 3: Cockpit in 3 Weeks
  • Project Partner
    • Delft University of Technology – Faculty of Aerospace Engineering
    • Deutsches Zentrum für Luft- und Raumfahrt (DLR)
    • DRÄXLMAIER Group
    • Airbus Defence & Space
    • Fokker Aerostructures
    • Fokker Elmo
    • Fraunhofer LBF
    • IDEC S.L.
    • IILS
    • Jotne
    • KE – works
    • KU Leuven
    • Noesis Solutions N.V.
    • University of Stuttgart
  • Publications
  • Downloads
  • Public Demonstrator
    • Technologies
      • Configuration Control
      • Graph-based Design Language (GBDL)
      • Harness Segment Stiffness Calculation
      • Workflow Cloudification
    • Help / Description
  • Smart Engineering Event
    • About
    • Program
    • Venue Information
    • Contact