Focus on Design
Industrial-scale wave energy system enabled by mobile filament winding
Sweden-based CorPower Ocean designed its 9-meter-long, filament-wound GFRP buoy prototype for high-efficiency, durable wave energy generation and fast, on-site manufacture.
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Integrating antennas into composite aerostructures
ACASIAS project integrates Ku-band array antenna in novel AFP orthogrid with drastically reduced tooling for more fuel-efficient, multifunctional CFRP aircraft fuselage panel.
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Rocket engine thrust frame proves a strong candidate for composites conversion
The engine thrust frame of a space launch vehicle, located at the bottom of a rocket stage, joining fuel tanks to engines, must deliver strength and stiffness across a range of temperatures — cost-effectively.
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Optimizing a wind turbine nacelle cover to meet LCOE demand
Suzlon Group redesigned a composite nacelle cover with in-situ molded stiffeners to reduce manufacturing and material costs while maximizing part performance.
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Design innovations improve efficiency of composite medical table
WIT-Composites' efforts to design a more effective all-composite surgical table led to development of complex components and an elastic carbon fiber material.
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Composites protect subsea cables for offshore wind power
Balmoral uses FRP to improve installation, performance and service life while reducing cable failures in rough seas.
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Hydroelectric turbine blade design propelled by composites
Glass fiber composites power the development of a modular, spiral-shaped hydroelectric micro turbine blade for low-cost, high-efficiency renewable energy generation.
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Liftgate design puts modified filament winding to the test
Heavily modified winding process produces light, structural support frame for performance-critical liftgate.
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Thermoplastic composite structure replaces metals on safety-critical brake pedals
First all-composite brake pedals developed by Boge Rubber & Plastics Group are lighter, stiffer, stronger and offer improved driving haptics.
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The Alpha launch vehicle: Designing performance in, cost out
Firefly Aerospace’s Alpha 2.0 launch vehicle, designed to deliver satellites into low Earth orbit, gets a composites makeover in pursuit of larger payload capacity and more cost-effective performance.
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