Titlebook: Beryllium Science and Technology; Volume 2 Dennis R. Floyd,John N. Lowe Book 1979 Springer Science+Business Media New York 1979 behavior.be

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https://doi.org/10.1007/978-3-319-02478-3 design method of sizing a structure according to calculated nominal stresses and the yield strength of the material combined with an empirically derived safety factor. This approach ignores the existence of flaws except as part of the safety factor. It is therefore inherently less precise and for b

PATRI

https://doi.org/10.1007/978-3-319-02478-3nd illumination of any other design considerations and material characteristics that greatly influence the selection of beryllium for structural applications. The function of this chapter is to define these considerations, identify the present status of beryllium design technology, and direct attent

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Kerstin Cuhls,Knut Blind,Hariolf Gruppaqueous corrosion and the experiences of fabricators and users in applying, handling, processing, storing, and shipping of beryllium components. The methods of corrosion protection employed to resist water and high-temperature gaseous environments provide useful information on methods that may be ap

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Nina Osipenko,Svetlana Shirokovane of the sheet during rolling. Although this texture and the cold-working attendant with the deformation in rolling combine to produce very high strength and ductility in the plane of the sheet, the through thickness properties are very poor..

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