Abstract
The technique this study focuses on is the use of explosive consolidation to create distinct interfacial systems from metallic and metallic-cermet powder mixtures. One of the advantages of this technique is that undesired intermetallic formation between the constituents (which can happen with other techniques such as hot-pressing) is usually avoided due to the relatively low temperatures involved. In addition, interfacial strengths actually higher than the surrounding bulk material are achieved. Finally, since extremely high dislocation densities are created by the passage of the shock wave, the strength contribution from dislocation pile-ups is maximized.
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