Industrial manufacturing
Industrial Internet of Things | Industrial materials | Equipment Maintenance and Repair | Industrial programming |
home  MfgRobots >> Industrial manufacturing >  >> Industrial materials >> Resin

KEELBEMAN Project Completes Thermoplastic Composite Keel Beam Demonstrator for Airbus A320

KEELBEMAN Project Completes Thermoplastic Composite Keel Beam Demonstrator for Airbus A320 KEELBEMAN Project Completes Thermoplastic Composite Keel Beam Demonstrator for Airbus A320

 

At the end of February 2020, the project with acronym KEELBEMAN https://cordis.europa.eu/project/id/785435 has successfully concluded. Funded by the European Commission in the framework of the Clean Sky 2 Public-Private Partnership within the EU Horizon 2020 program, the KEELBEMAN project goal was to complete design and manufacturing of a thermoplastic composite keel beam section for an Airbus A320-type aircraft to validate the technology at technology readiness level TRL3.

The KEELBEMAN project addressed the design and manufacture of a full component via a keel beam section demonstrator, using thermoplastic matrix resin reinforced with carbon fiber. The use of manufacturing technologies with significant potential for automation were explored and selected combinations were demonstrated at TRL3.

Under the technical lead of CETMA (Brindisi, Italy), an R&D center highly specialized in composite processing and characterization, a novel continuous compression molding (CCM) process was used to manufacture the skins and the stringers of the keel beam section. CCM is a very fast process, one of the most promising for manufacturing very long thermoplastic composite parts, and CETMA is one of the leading providers of this technology in Europe.

Stiffening ribs were produced using more conventional non-isothermal compression molding by the project coordinator EURECAT, a leading research center located in Barcelona, Spain. Skins, stringers and ribs were assembled using CETMA’s patented induction welding technology.

These manufacturing technologies were complemented by the contributions from two additional KEELBEMAN project partners:


Resin

  1. Beam Bending Fundamentals for Advanced Composite Manufacturing
  2. Solvay Enhances Thermoplastic Composite Production with New Greenville Facility
  3. STUNNING Project Achieves 8.5-Meter Thermoplastic Fuselage Skin, Advancing Sustainable Aircraft Design
  4. Re:Build Manufacturing Expands Composite Expertise with Acquisition of Composite Resources
  5. FRAMES: Pioneering Full-Scale Thermoplastic Composite Aircraft Rear-End Demonstrator
  6. Aimplas Advances Sustainable Vehicle Design with Multi-Material Thermoplastic Prototypes
  7. Solvay Boosts Thermoplastic Composite Production to Meet Aerospace Demand
  8. Innovative Composite Tubing Tech Highlighted at CAMX 2019
  9. Hexcel & Arkema Launch HAICoPAS to Revolutionize Carbon Fiber Thermoplastic Composites
  10. Revolutionizing Composite Blank Production: Accelerated Manufacturing of Custom Tailored Blanks