Out of Autoclave
Spare wheel well: Functional integration
Gas-assist injection molding enables one-piece, one-shot thermoplastic composite/metal hybrid.
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Thermoplastic Wind Blades: To be or not?
Will future wind blades incorporate thermoplastic composites? It depends on whom you ask.
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Big parts? Big tooling breakthrough
Electrically heated carbon fiber/PEEK/ceramic tooling and powdered epoxy resin system could revolutionize production of large composite aerospace structures.
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CF 2011: Comment on end-markets and initiatives
Six speakers at the Carbon Fiber 2011 conference (December 2011) report on their organizations' activities in the carbon fiber market.
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Forged composites replace complex metal parts
Powerhouse manufacturer’s high-pressure compression molding process forms prepregged CFRP components with forged-metal properties.
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In memorium: Bill Benjamin
HPC editor-in-chief Jeff Sloan looks at the contribution and the legacy of a composites industry icon, Bill Benjamin.
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Blade cycle time: 37 percent faster
Ongoing private/public effort to optimize blade manufacturing targets current production and anticipates “next-generation” offshore applications.
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SMC sandwich panels: Lean process opens doors
Patented process enables compression molding at lower pressures, saving capital equipment costs for panel fabrication.
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What is carbon fiber's place in wind energy systems?
CW Conferences director Scott Stephenson shares insights fro the recent 2011 Carbon Fiber conference (Dec. 5-7, 2011, in Washington, D.C.) presented by Nirav Patel, senior lead engineer of GE Energy-Manufacturing Technology (Greenville, S.C.).
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Composite solutions: Cutting cost of nuclear-powered subs
Composite-for-metal substitutions cut expense, boost production for Virginia-class submarine program.
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