Fabrics/Preforms
TenCate's acquisition of Amber Composites a sensible surprise
TenCate, known for years as a thermoplastics specialist, is signaling more and more that it wants to move into new markets with new materials.
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An impec-able bike frame: Handmade by machine
Long on technology firsts, this optimized, automated manufacturing process produces nothing short of the “perfect” bike frame.
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Bi-angle fabrics find first commercial application
Bicycle manufacturer sees dramatic productivity gains using unbalanced fabrics conceived at Stanford University and manufactured by Chomarat.
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Rapid layup: New 3-D preform technology
Hook-and-loop fasteners speed layup of carbon, aramid, glass and hybrid fabrics while improving composites’ mechanical performance.
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PRSEUS preform for pressurized cabin walls
Over the next few years, NASA and The Boeing Co. (Chicago, Ill.) will build larger and more elaborate pressurized passenger cabin structures for future blended-wing airliners.
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Improving laminates through anisotropy and homogenization
Dr. Stephen Tsai, professor research emeritus in the Department of Aeronautics & Astronautics at Stanford University, discusses the merits of unbalanced (anisotropic) layers in composite laminates.
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2011 International Paris Air Show
At the 49th event, records are set for attendance and aircraft orders, and airframers go on record about composites-related developments.
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Re-inventing the RHIB: Shock Mitigation
The U.S. Navy’s search for a lighter, load-absorbing rigid-hulled inflatable boat may end with this unconventional design.
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3-D preforms: Fast, efficient blade-root manufacture
To expedite the blade root manufacturing process for wind turbine blade manufacturers, 3TEX Inc. (Cary, N.C.) has developed RapidRoot, a 3-D preform.
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Heavy-duty infusion: Scaling up for scrubbers
Infused 3-D woven fabric preforms best steel in beams and unitized deck structures built for the caustic confines of massive flue gas desulfurization systems.
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