Cost-effective aerocomposites: Dry fiber AFP and resin infusion
Aurora Flight Sciences and NONA Composites aim to improve toughness, repeatable aerospace quality and affordability for large-scale NASA structures.
Read MoreComposites in tornado shelters
A new design aims to defeat the threat from debris, both as heavy piles preventing exit and as projectiles traveling at ballistic speeds.
WatchCIBOR advances aerospace materials in medical applications
CFRP in surgical instruments and orthopedic implants gets assistance from Wichita R&D center.
Read MoreFull steam ahead for composite ship doors and hatches
VABO Composites (Emmeloord, The Netherlands) has added to its wide range of composite products these ship doors and hatches that offer a 50% weight reduction vs. conventional steel doors.
Read MoreDigital twin, digital thread and composites
How the integration of machines, sensors and software is beginning to impact composites manufacturing.
WatchFastener-free, composite aircraft door and control surfaces
All-composite, integrated structures using RTM cut weight and cost by more than 30%.
Read MoreCFRP: Opportunities in orthopedics
Carbon fiber has a niche, but can it secure a larger piece of a high-growth pie?
Read MoreComposites in exoskeletons
Wearable robotics need strength, stiffness and lightweight and are forecast at a CAGR of 40-50%. Will composites play a role or be left behind?
WatchLarge portable antenna goes lightweight with conductive composites
CFRP matches metal performance at one-third the weight thanks to innovative materials and precision manufacturing.
Read MoreWhat do PU/carbon spars and the Valencia lighthouse have in common?
Saertex reinforcements, infusion, speed of fabrication and long life.
WatchAircraft composites repair: Plasma’s potential for better bonds
Plasma treatment might be a key enabling technology in the pursuit of certification-worthy, fastener-free adhesively bonded repair patches applied to aircraft primary structure.
Read MoreFirst 3D woven composite for NASA thermal protection systems
A NASA-led team develops 3D woven quartz preform, hybrid process to infuse it with cyanate ester resin (0.5% voids) and achieves TRL5 in three years to replace CF/phenolic in the Orion spacecraft’s compression pads.
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