Abstract
Dynamic consolidation of metallic powders, with an emphasis on rapidly solidified particulate, has received considerable attention over the past five years.1–2 Some potential advantages of dynamic consolidation for rapidly solidified powders are relatively low bulk temperatures, nearly random texture, and near neighbor particle retention during densification, as well as hardening and possibly beneficial phase transformations. Dynamic consolidation, as a relatively low bulk temperature process, can permit retention of some of the metastable features obtained from rapid solidification processing (RSP) of the powder.
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