Titlebook: Metallurgical Effects at High Strain Rates; R. W. Rohde,B. M. Butcher,C. H. Karnes Book 1973 Springer Science+Business Media New York 1973

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Shock Wave Physicsiation. These waves are in general very complicated, even for simple geometries, because of the strong interaction that occurs between the wave propagation behavior and the material response behavior when the stresses exceed the elastic limit. In this lecture we will limit our attention to plane lon

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Shock Wave Mechanicseveral microseconds when an explosive is detonated in contact with it, when a projectile traveling at high velocity impacts on it, or when energy is deposited in it at very high power levels. Most solids deform irreversibly or fracture at stresses typically of the order of a few kilobars; thus, the

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Numerical Analysis Methodsic loads. Constitutive equations have been developed for such real materials as engineering alloys, fiber composites, porous earth materials, and polymers. Together with the conservation laws, these equations have been incorporated into numerical solution methods which have allowed analysis of such

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Experimental Methods in Shock Wave Physicsa wide spectrum of technologies. As so frequently happens in science, the whole subject derived considerable impetus from the relatively sudden availability of new tools in the form of high quality solid explosives and plane wave explosive lenses shortly after World War II. Further developments in t

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Metallurgical Effects of High Energy Rate Formingiques involved, and some aspects of transient mechanical behavior. The purpose of the present paper is to consider, firstly, the application of stress and shock waves to the technology of material fabrication and processing, and secondly, to assess the ensuing effects on material properties.

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