Design & Tooling

Pultrusion

Preforming goes industrial: Part 2

Automated preforming isn’t only for 2D and 2.5D parts. Innovators are taking successful aim at building 3D preforms at production speeds.

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Focus on Design

Variable-axial composites open path to lighter composite structures

CFRP recurve bow riser demonstrates design and manufacturing approach with potential to cut weight vs. aluminum by 50-75% while increasing strength and stiffness.

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How ready are progressive damage analysis tools?

In the past 15 years, progressive damage analysis (PDA) for composites, implemented in finite element analysis software, has been under development.

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Epoxies

RTM-based redesign advances safety for one-of-a-kind wind tunnel

Glass fiber and honeycomb spacers between compressor blades get upgraded to a higher factor of safety with less weight using solid carbon fiber and RTM.

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Molds/Tools

Shape Machining shapes Elemental sports car

Designed and manufactured by a team of ex-McLaren designers, the recently launched RP1 features advanced aerodynamics and novel composite solutions, including an all-carbon composite passenger tub built to Formula 1 strength and stiffness standards.

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Glass Fibers

Composites in transit: Rolling robotic “stuff carrier” the new must-have

PPF’s Gita can move at a human walking pace or can accelerate up to 35 kph, fast enough to keep pace with a runner.

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Glass Fibers

Additive manufacturing and composites: An update

Additive manufacturing has only begun to tap the potential available in the composite industry.

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Feature

Preforming goes industrial: Part 1

ATL and AFP-based preforming options now abound for processing dry and/or impregnated reinforcements as quickly as 1 minute or less with potential yearly part yields in the millions.

Watch

3D printed tools are in production at Dassault Falcon Jet

The trend of employing polymeric additive manufacturing (AM) or 3D printing for composite tooling is growing.

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Automotive

Accelerating materials insertion: Where do virtual allowables fit?

In the quest to reduce the time and cost for aerocomposite design allowables development, will conventional physical testing and virtual testing go head-to-head or work side-by-side?

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