
Sara Black Senior Technical Editor Emeritus
Focus on Design: Composite adaptor board supports medical treatment
Carbon fiber/epoxy the only material choice in this critical X-ray application.
Read MoreEngineering Insights: Conveyor Manufacturer Springs for Composites
Vibratory conveyor a natural fit for flexible, contoured composite spring arms.
Read MoreBonding Technology: Thermosetting Structural Adhesives
A wealth of epoxies, polyurethanes and acrylics speed assembly and cut manufacturing cost in an ever-wider range of composites applications.
Read MoreUpdate: Automated repair cell
Consortium makes progress on aircraft component diagnostics/repair cell concept.
Read MoreOrion: Composite tanks' ticket to space?
Research, development, testing prove composites can contain cryogens.
Read MoreFocus on Design: Carbon/epoxy drum for large-format inkjet printer
Well-thought-out design enables hard-working industrial part.
Read MoreEngineering Insights: All-Composite Hovercraft Rises to Performance Challenge
An exclusive look at a lightweight pultruded and resin-infused design that sets a new standard for amphibious craft.
Read MoreCarbon/epoxy guitar: Competitive in quality and price
When former aerospace engineer and guitar aficionado Ellis Seal set out to design a composite acoustic guitar, he believed the inherent properties of carbon fiber could produce sound, playability, durability and consistency impossible in a wooden instrument.
Read MoreFAR Part 25 Standards
Prior to 1990, most cabin composites were epoxy-based. But in 1987, the U.S. Federal Aviation Admin. (FAA) mandated slower burn rate/flame spread in aircraft seat cushion materials in its Federal Aviation Regulation (FAR) Part 25 standards. Then, in 1990, it also established regulations that mandated stringent
Read MoreAdvanced materials for aircraft interiors
Applications aren't as demanding as airframe composites, but requirements are still exacting — passenger safety is key.
Read MoreRIM Molding for Wind Blade Skins
Low-cost, high-volume molding method and carbon fiber/epoxy spar show promise for replacement wind turbine blades.
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