Feature
A clean technology for clean, zero-emissions buses
Monocoque composite body designed to support all bus loads.
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Welding thermoplastic composites
Multiple methods advance toward faster robotic welds using new technology for increased volumes and larger aerostructures.
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Safe cycling: Keys to composite bike design integrity
Steps bike designers and manufacturers must take to keep high-performance carbon fiber bikes safe, upright and on the road or trial.
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U.S. styrene-reduction mandates: Go or no-go?
Legislative changes are slow in coming, but technology forges ahead.
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Drones: Composite UAVs take flight
First seen in defense applications, unpiloted aircraft development is surging in the commercial world, enabled by a host of new material, process and assembly technologies.
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The spread of spread tow
Advancing from “lighter and thinner” to boosting strength, stiffness, impact resistance and productivity, spread tow unlocks new applications and markets.
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Service & repair: Optimizing wind power’s grid impact
As wind farms surge into the electrical mainstream, a fast-growing industry works to maximize the service lives of the composite blades that harvest the power of the wind.
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Consolidating thermoplastic composite aerostructures in place, Part 2
Thermoplastic composite structures could eliminate the autoclave and fasteners, but will a one- or two-step process prevail?
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I want to say two words to you: “Thermoplastic tapes”
Thermoplastic tapes are not new to composites, but they soon will join the primary aerostructures material palette and could be their future.
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Consolidating thermoplastic composite aerostructures in place, Part 1
After more than 30 years of development, in-situ consolidation is nearing its promise to eliminate fasteners and the autoclave, and enable an integrated, multifunctional airframe.
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