Physics of shock and impact Volume 2, Materials and shock response / Dennis Grady.

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6. Shock compression of ceramics with microstructure -- 6.1. Introduction -- 6.2. Classic mixture theory of shock compression -- 6.3. Shock compression of materials with microstructure strength -- 6.4. Elasticity and strength of ceramics with microstructure -- 6.5. Application to ceramics with microstructure -- 6.6. Shock strength in silicon carbide and titanium diboride -- 6.7. Strength and failure models -- 6.8. Assessment of experimental data and modeling of ceramics with microstructure

7. Dynamic compaction of crushable solids -- 7.1. Introduction -- 7.2. Spherical symmetry shock compaction of porous media -- 7.3. Kompaneets shocks in porous media with other symmetries -- 7.4. Compaction in planar geometries -- 7.5. Compaction resistance in non-planar geometries -- 7.6. Physics-based compaction models -- 7.7. Compaction with elastic recovery -- 7.8. Dissipation and heating in shock compaction -- 7.9. Dynamic compaction and dissipation in distended solids

8. The nature of structured shock waves -- 8.1. Introduction -- 8.2. Steady wave profiles and the fourth-power law -- 8.3. Origin of the fourth-power law -- 8.4. Dissipative action and invariance in the structured shock wave -- 8.5. Viscosity and the structuring of shock waves -- 8.6. Structured waves in porous and composite materials -- 8.7. Physics of structured shock waves

9. Kinetics of shocks in brittle solids -- 9.1. Introduction -- 9.2. Shock compression of brittle solids -- 9.3. Shock compression of dolomite rock -- 9.4. Rate dependence in brittle deformation and failure -- 9.5. Testing and failure kinetics of rocks and ceramics

10. The shock wave equation of state -- 10.1. Introduction -- 10.2. Equation-of-state compressibility of a solid -- 10.3. Universal equations of state -- 10.4. Temperatures under shock compression -- 10.5. Additive mixture theory and experiment under intense shock compression

11. Shock wave analysis and applications -- 11.1. Introduction -- 11.2. Analysis in shock wave applications -- 11.3. Shock equilibration in a gage plane -- 11.4. Application to stress pulse attenuation in oil shale -- 11.5. Shock and release in concrete -- 11.6. Shock velocity versus particle velocity -- 11.7. Elastic-plastic waves in uranium alloys -- 11.8. Lagrangian analysis.

Physics of Shock and Impact' deals with the shock physics of solids with emphasis on impact applications that are brought about intense energy stimulations. Comprising of two volumes, this work covers physical, material, mechanical and thermodynamic fundamentals of shock physics. The various chapters also include a range of analytic solutions that address topics in the many applications involving shock physics. Volume 2, 'Materials and shock response', addresses equation of state in the shockwave and the response to shock of various material classes.