DEFAINE
Design Exploration Framework based on AI for froNt-loaded Engineering
Project description
To accelerate the entry into service of novel solutions and remain competitive, European players are forced to explore new product development approaches that can drastically reduce lead time. DEFAINE will deliver an advanced Design Exploration Framework able to reduce recurring cost in design of aircraft and wind energy systems by 10% and reduce the lead-time for design updates by 50%. The framework will enable design of improved solutions in early stages of a project, based principles of Artificial Intelligence (AI) and machine learning.
https://www.defaine.eu/
Funding
Sweden
The Netherlands
Delft University of Technology
The Netherlands
Fokker Aerostructures
The Netherlands
Fokker Elmo
The Netherlands
KE-works BV
The Netherlands
ParaPy BV
The Netherlands
Project publications
- DEFAINE Project results leaflet Project Leaflet 02 September 2024 Download
- SME in the spotlight: KE-Works Magazine article Issue 43 (November 2022) Download
- ITEA PO Days 2024 - Project poster DEFAINE Project poster 11 September 2024
Work package documents
- D2.5 Frontloaded engineering process methodology.pdf Work package document 21 February 2024
- D3.1.1 Requirement-product-process ontology.pdf Work package document 02 May 2022
- D4.1.1 Release of Workflow (re-)formulation tools.pdf Work package document 02 May 2022
- D4.1.2 Release of Workflow (re-)formulation tool(s).pdf Work package document 29 March 2023
- D4.1.3 Release of Workflow (re-)formulation tool(s)_final.pdf Work package document 07 February 2024
- D4.2.1. CMDOWS_final.pdf Work package document 06 February 2024
- D5.3 Design Space Exploration & AI methods.pdf Work package document 03 March 2024
- State of the Art of Artificial Intelligence to Support Design Space Exploration in Aerospace Engineering.pdf Work package document 12 April 2023