Accession Number : ADA301761
Title : Analytical and Experimental Investigation of Aircraft Metal Structures Reinforced With Filamentary Composites. Phase 3: Major Component Development.
Descriptive Note : Final rept.,
Corporate Author : BOEING COMMERCIAL AIRPLANE CO SEATTLE WA
Personal Author(s) : Bryson, L. L. ; McCarty, J. E.
PDF Url : ADA301761
Report Date : NOV 1973
Pagination or Media Count : 108
Abstract : Analytical and experimental investigations, performed to establish the feasibility of reinforcing metal aircraft structures with advanced filamentary composites, are reported. Aluminum boron epoxy and titanium boron epoxy were used in the design and manufacture of three major structural components. The components evaluated were representative of subsonic aircraft fuselage and window belt panels and supersonic aircraft compression panels. Both unidirectional and multidirectional reinforcement concepts were employed. Blade penetration, axial compression and inplane shear tests were conducted. Composite reinforced structural components designed to realistic airframe structural criteria demonstrated the potential for significant weight savings while maintaining strength, stability, and damage containment properties of all metal components designed to meet the same criteria.
Descriptors : *COMPOSITE MATERIALS, *FILAMENTS, *REINFORCING MATERIALS, *STRUCTURAL COMPONENTS, *SUPERSONIC AIRCRAFT, COMPRESSION, METALS, STABILITY, ALUMINUM ALLOYS, STRUCTURAL PROPERTIES, FINITE ELEMENT ANALYSIS, PANELS, DAMAGE ASSESSMENT, CONTAINMENT(GENERAL), PENETRATION, RESIDUAL STRESS, STRENGTH(GENERAL), FUSELAGES, WINDOWS, AIRFRAMES, SUBSONIC CHARACTERISTICS, STRAPS, EPOXY COMPOSITES, DESIGN CRITERIA, BORON, FAILURE(MECHANICS), SKIN(STRUCTURAL), WEIGHT REDUCTION, ADHESIVES, TITANIUM ALLOYS, UNIDIRECTIONAL, HONEYCOMB CORES, REINFORCEMENT(STRUCTURES), AXIAL FLOW COMPRESSOR BLADES, SHEAR PINS.
Subject Categories : Aircraft
Laminates and Composite Materials
Metallurgy and Metallography
Distribution Statement : APPROVED FOR PUBLIC RELEASE