Pultrusion Process Development for Long Space Boom Model

Long flexible-boom models were required to develop ground-vibration test methods for very-low- frequency space structures with applications to the proposed Space Station. Pultruded quasi-isotropic composite beams were selected as an option over extruded aluminum alloy structures because of the lower...

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Bibliographische Detailangaben
Hauptverfasser:	Wilson, Maywood L, Miserentino, Robert
Format:	Report
Sprache:	eng
Schlagworte:	ALUMINUM ALLOYS BEAMS(STRUCTURAL) BIAXIAL STRESSES BOOMS(EQUIPMENT) DELAMINATION DENSITY ELECTRONIC SCANNERS EXTRUSION Fabrication Metallurgy FABRICS FAILURE(MECHANICS) FIBER REINFORCED COMPOSITES FIBERGLASS FIBERS FLEXURAL PROPERTIES Laminates and Composite Materials Manned Spacecraft MATRIX MATERIALS Mfg & Industrial Eng & Control of Product Sys ORIENTATION(DIRECTION) Plastics POLYESTER FIBERS POLYESTER PLASTICS PULTRUSION REINFORCING MATERIALS SCANNING ELECTRON MICROSCOPES SPACE STATIONS SPACE SYSTEMS STRENGTH(MECHANICS) TENSILE STRENGTH
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