Adhesives
Research on OOA processing continues
Much work has been done to make OOA processing practical for aerospace applications, but much work still remains if it is to become the compelling option.
Read MoreVBO prepregs: The Vision SF50
OOA vacuum-bag-only process makes carbon fiber structures a reality for the world’s first personal jet.
Read MoreComposites manufacturing from a different angle
A bunch of really smart engineers showed up in Long Beach, CA, US this week for the Society of Manufacturing Engineers’ (SME, Dearborn, MI, US) AeroDef conference and exhibition. All were focused on looking at ways to manufacture products — composite or not — more efficiently.
Read MoreLow-density SMC: Better living through chemistry
Proprietary sizing, special glass roving and microspheres strip 9 kilos of weight from Corvette body panels.
Read MoreAircraft composites repair moves toward maturity
New technologies seek to address the challenges MROs will increasingly face in the age of commercial airliners with composite airframes.
Read More“Smart tooling” cuts time and risk for complex unitized composite structures production
One-piece bladder tooling helps to actualize NASA/Boeing’s revolutionary fluted core design for next-gen cryogenic fuel tank skirt.
Read MoreInflexion technology: complex composites without fasteners
Spirit AeroSystems has developed production methods using rigid-flexible tooling for more affordable unitized composite aerostructures.
Read MoreAlternative precursor R&D: What are the alternatives to PAN?
Carbon fibers made from other precursors are in use, commercially, and many more precursor alternatives have been investigated.
Read MoreAlternative precursor R&D: Lignin in the lightweighting limelight
This abundant, renewable resource shows promise as an alternative to PAN for low-cost, functional carbon fibers.
Read MorePlant tour: Spirit AeroSystems: Prestwick, Scotland, UK
Global aerostructures giant Spirit AeroSystems ventures into out-of-autoclave (OAA) composites manufacturing via vacuum infusion.
Read More