Titlebook: High-Pressure Shock Compression of Solids; J. R. Asay,M. Shahinpoor Book 1993 Springer Science+Business Media New York 1993 Phase.X-ray.de

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Influence of Shock-Wave Deformation on the Structure/Property Behavior of Materials,ations, point defects, and/or deformation twins. In addition, during the shock process some materials may undergo a pressure-induced phase transition which will affect the real-time material response. If the phase remains present to ambient conditions (although metastable) the post-mortem substructu

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Dynamic Fracture and Fragmentation,ng and when breakup must be mitigated or controlled are numerous and varied. The need to understand the dynamic fracture mechanisms for such applications has provided the impetus for research in this rich area, and the field is currently quite active. The response of a single crack or void, within a

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Concluding Remarks,matic experimental and theoretical studies, a deep understanding has been obtained of the thermophysical and mechanical properties of condensed materials in extreme pressure and temperature environments.

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Frances Stewart,Harsha V. Singh, we will first discuss laser resonators. In this chapter, we treat the cavity resonator, which is a closed resonator. In the next chapter, we will study the open resonator.We solve the wave equation for electromagnetic radiation in a metallic rectangular cavity and determine the eigenfrequencies an

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J. Bi?àkribe and predict phenomena. In particular, we want to make the reader aware of the development of two main approaches toward the formulation of new models, the first using the Principle of Virtual Work, while the second using the balance of some quantities to be suitably chosen. This dualism, which

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