Design/Simulation
SAMPE Europe/JEC Composites 2005
Advanced materials reap rewards, enter new arenas of application in annual Parisian showcase.
Read MoreBoeing sets pace for composite usage in large civil aircraft
Innovative use of international supplier base to revolutionize aircraft manufacture.
Read MoreThe craft of aircraft repair
As the use of composites on commercial and military aircraft grows, repair facilities seek more science in what remains a primarily manual art.
Read MoreComposite fan blade containment case
Innovative use of carbon-fiber braid yields a ductile structure that resists blade impact.
Read MoreAt the top and still climbing
Trek Bicycles' OCLV manufacturing method shortens cycle times and optimizes compaction in molded carbon fiber-bike frame components.
Read MoreComposites take off ... in some civil helicopters
Slowed by certification requirements, composites nevertheless are finding their way into the fuselages and rotor blades of commercial helicopters.
Read MoreCompression molding with structural carbon SMC
Aircraft weapon system gains the high performance of carbon/epoxy with the efficiency of compression molding.
Read MoreOne-piece molded carbon steering wheel for yachts
Concurrent product and manufacturing system design creates lightweight, hollow spoked structure without joints.
Read MoreAnisotropic wind blade design expected to reduce wind-energy costs
Deliberately unbalanced laminate produces smoother power input from adaptive wind blades
Read MoreComposite speed sailboat readied to break 50-knot barrier
Sailrocket (Bitterne Manor, Southampton, U.K.) is using new design concepts and composites to make its Sailrocket speed sailboat, in hopes of breaking the existing speed record of 46.25 knots (the goal is 50 knots). Its unique counterfoil design bypasses the stability problems encountered by monohulls and multihulls.
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