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Fiber Placement The Centerpiece Of NCAM
Cryogenic composites just one facet of Lockheed Martins National Center for Advanced Manufacturing.
Read MoreCocured materials damp vibration in composite structures
Viscoelastic layers convert strain energy into heat, suppressing the harmful effects.
Read MoreUkrainian Aerospace Developer Employs Clean Sheet Design
Antonov designs integral torsion boxes for highly loaded tail structures.
Read MoreFiberglass architectural elements restore Ferry Building
In a city filled with memorable landmarks, perhaps the most enduring is San Francisco's Ferry Building. A recent $90 million refurbishment included fiberglass architectural elements fabricated by Kreysler & Assoc. (American Canyon, Calif., U.S.A.) Completed in 1898 as the passenger terminus for the bay's ferry
Read MoreAGATE Methodology Proves Its Worth
Increased availability, lower testing costs and shorter development times are among the program's achievements.
Read MoreBrandt Goldsworthy: Composites Visionary
A tribute to a pioneer and innovator who helped define seven decades of composites industry history.
Read MoreHigh-Performance Composites May 2003 Editorial
The HPC staff is getting ready to attend the SAMPE Conference, coming up May 11 through 15 in Long Beach. This is our SAMPE preview issue and it is chock full of aerospace coverage. On p. 38 we discuss how the now finished AGATE program laid the framework for standardization of composite material qualification for
Read MoreOffshore Applications: The Future Is Now
The number of composites installations continues to grow on new and existing offshore facilities.
Read MoreProven Performance In A Chemical Line Installation
EDO Specialty Plastics (Baton Rouge, La., U.S.A.) filament winds composite pipe and fittings for offshore facilities platforms and rigs. Founded in 1973 as Specialty Plastics and acquired by EDO in 1998, the company manufactures industrial fiberglass piping systems for the chemical, petrochemical and pulp and
Read MoreComposite Accumulator Bottles Perform In Service
A riser tensioning system for a TLP consists of a tensioning ring and framework, with four to eight hydraulic cylinders — each with an attached pressure vessel or “accumulator bottle” — to support and allow movement of the rigid riser pipe. Installed in the riser wellbay, this primary structural system is desi
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