Work In Progress
High strain composites for satellite applications
Carbon fiber takes deployable satellite mechanisms to new heights.
Read MoreImproving composites processing with automated inspection, Part II
Three additional inspection equipment providers describe their development of inline production quality-control systems.
Read MoreWind blade spar caps: Pultruded to perfection?
Introduced to the market about five years ago, pultruded, carbon fiber-reinforced spar caps, incorporated as the reinforcing member of wind turbine rotor blades, are a byproduct of the evolution and increasing technological sophistication of the global wind energy industry.
Read MoreCarbon fiber has designs on production wheels
A high-performance CFRP wheel manufacturer for nearly 20 years, Dymag is now part of a broader effort to reduce their cost and migrate them into volume vehicles.
Read MoreMcNair Aerospace Center: Closing the composites education gap
As the composites industry in South Carolina continues to expand through Boeing and its tier suppliers, composites education follows suit through the McNair Center.
Read MoreImproving composites processing with automated inspection
Automated, in-situ inspection bypasses the bottleneck of manual inspection.
Read MoreCarbon/glass spar cap enables world’s longest wind blade
LM Wind Power goes long with a resin-infused hybrid carbon composite strategy.
Read MoreReversible multi-material adhesive bonds
Ferromagnetic nanoparticles in thermoplastic adhesives make it possible to debond and rebond adhesive joints, using electromagnetic energy.
Read MoreArmor Update: Reinforced elastomeric composite blast barrier
A new, flexible, lightweight, portable debris shield holds promise for protecting building occupants in military zones.
Read MoreRotomolded cores: New options for sandwich composites
Permanent or removable, these hollow thermoplastic cores broaden industry offerings.
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