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We explore rotary swaging of powders into solid compacts as an inexpensive means of producing reactive materials with refined microstructures and improved properties. Rotary swaging is a cold forging process that reduces the diameter of tubes, and in this study the tubes are packed with reactive combinations of elemental and alloy powders. The diameter reductions create a nearly fully dense compact...
Reactive Ni/Al laminates (with bilayer thicknesses of 5 and 30μm) were subjected to direct high-intensity laser shock-wave loading. The laser intensity was varied between ∼2.68×10 11 and ∼1.28×10 13 Wcm −2 , with two distinct initial pulse durations: 3 and 8ns. Analytical and computational estimations (HYADES) were conducted to simulate the propagation of the shock wave and...
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