Structural Materials in Aerospace Applicationsby
Task Committee on Materials of the Committee on Aerospace Structures and Materials of the Aerospace Division, ASCE
Serial Information: Transportation Engineering Journal of ASCE, 1982, Vol. 108, Issue 5, Pg. 484-494
Document Type: Journal Paper
In the selection of materials for aerospace applications, consideration is given to factors, such as strength and weight, as well as to economics and energy requirements for both manufacture and in-service operation of the completed structure. The proper combination of all factors must be considered before new applications can be undertaken. Aerospace structural materials cover a wide range of both metal alloys and nonmetallics. Because coverage of all materials is not feasible, for the civil engineer who is probably not familiar with many of these materials, three major metal alloying systems—steel, aluminum, and titanium—are examined. Heat treatments, fabrication, product forms and applications are reviewed to give the reader a broad introduction to some materials that could satisfactorily meet future structural requirements.
Subject Headings: Construction materials | Strength of materials | Economic factors | Metals (chemical) | Alloys | Heat treatment | Structural strength
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