Processes
Composites Aboard High-Speed Trains
Greater demand for weight reduction and aerodynamics put railcar manufacturers on track to greater and more extensive use of composites.
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Anisotropic wind blade design expected to reduce wind-energy costs
Deliberately unbalanced laminate produces smoother power input from adaptive wind blades
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Are high-temp thermosets ready to go commercial?
Developed for the U.S. military, these high-performance matrices are branching out into wider use.
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Abrasive machining methods for composites
Cutting, routing and drilling are important post-processing steps for cured composite parts.
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Racing Veteran Fine-tunes Classic Competitive Concept
Hand layup of reinforced epoxy yields hybrid luxury powerboat/offshore racer.
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The Basics Of Boat Design
Naval architects reveal design, tooling and material selection guidelines for a new sportfishing powerboat.
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Roof Module Reflects Well On Paintless Composites
Unique long-fiber injection process yields a paintless high-gloss finish, 20 percent weight reduction and improved safety -- all in one shot.
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Tubular composite core stiffens launch vehicle structure
ChamberCore, an alternative to traditional sandwich laminates, also improves vibro-acoustic damping.
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Tooling roundup: New materials, new methods
"Ingenuity" describes new tooling approaches for composites manufacturing.
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Carbon composites move beyond racing yachts into commercial and military marine applications.
Marine carbon composites move beyond racing yachts into commercial and military vessels.
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