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By John K. Tien

ISBN-10: 0126908508

ISBN-13: 9780126908503

ISBN-10: 0323150160

ISBN-13: 9780323150163

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IV. A P P L I C A T I O N S OF S T R E N G T H E N I N G I N C O M M E R C I A L ALLOYS METHODS In this section, we consider the application of strengthening methods to commercial alloys. Aluminum, copper, and titanium alloys are taken as examples of alloys intended for use at low temperatures, and nickel alloys are taken as those intended for use at high temperatures. Many alloys and alloy bases are omitted from our discussion in the interest of brevity and because, in some cases, they have been less thoroughly studied in a mechanistic sense.

17. Schematic yield stress v e r s u s a g i n g time plot s h o w i n g s u p e r p o s i t i o n i n g of s t r e n g t h e n i n g d u e to precipitation a n d substructure. B. Copper Alloys There are three types of Cu-base alloys in use: single phase, microdu­ plex, and precipitation strengthened. Single-Phase Alloys: The single-phase alloys are strengthened by Fig. 18. Light micrographs s h o w i n g e l o n g a t e d grain structure of Al alloy 2024 plate. Fig. 19. Replica fractograph of Al alloy 2219 s h o w i n g tearing around intermetallics w h i c h h a v e failed in a brittle manner.

As the particles grow and the spacing between them increases, it becomes possible for the leading and trailing dislocations to lie totally in the matrix phase (Fig. 10b). A novel feature of this morphology is the wrapping of the leading dislocation around the particle. For particle distributions such that the average spacing between particles is greater than twice the particle radius, the stress required for the leading dislocation to wrap around the particles is less than the stress required for it to pass the particles by looping.

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Alloy and Microstructural Design by John K. Tien


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