Titlebook: Materials for High Temperature Engineering Applications; Geoffrey W. Meetham,Marcel H. Voorde Textbook 2000 Springer-Verlag Berlin Heidelb

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Cobalt Alloys,Cobalt alloys have long been used in high temperature applications — as noted earlier, the alloy HS21 was used for cast supercharger buckets in aero engines in the 1940s’.

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APO

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Titanium,The motivation for the growth was that titanium is light (density approximately midway between aluminium and iron) and has a high strength/weight ratio. It has good corrosion resistance because of a protective surface TiO. film.

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Intermetallic Materials,ure that is ordered up to, or close to, the melting point. Intermetal- lics generally have high melting points and high resistance to deformation — this leads to the potential for high temperature capability which has motivated much of the recent work.

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Cermets,he hardness of ceramics and the toughness of metals. The major high temperature applications of cermets include cemented carbides for cutting tools and high temperature wear resistant coatings. Cermets are not normally considered for structural applications because the strength of the metal/ceramic bond is inadequate.