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Shockwave Physics Explained
Basics of Shockwaves
Stress-Strain Relationships (6:05)
Sound, Particle, and Shock Velocities (15:30)
Shockwave Attenuation (5:37)
The Bead Model (9:10)
Rankine-Hugoniot Equations
The Rankine-Hugoniot Jump Equations (5:41)
Conservation of Mass (6:12)
Conservation of Momentum (5:45)
Conservation of Energy (9:05)
The Hugoniot Planes
The U-u Plane (9:20)
The P-u Plane (9:24)
The x-t Diagram (11:06)
Shockwave Effects
Impact of Two Slabs Theory (11:26)
Impact of Two Slabs Example (15:59)
Shockwave Transition Case A Theory (14:07)
Shockwave Transition Case A Example (9:32)
Shockwave Transition Case B Theory (7:34)
Shockwave Transition Case B Example (7:47)
Collision of Two Shockwaves Theory (17:08)
Collision of Two Shockwaves Example (12:37)
Rarefaction Waves
Development of Rarefaction Waves (16:40)
Interaction of Rarefaction Waves (12:47)
Shock with Free Surface Example (28:22)
Finite Thickness Flyer - Case 1 (17:19)
Finite Thickness Flyer - Case 2 (3:48)
Finite Thickness Flyer - Case 3 (19:47)
Rarefaction Wave Collision (10:51)
Interaction of a Nonsquare Shockwave at a Free Surface (15:23)
Sound, Particle, and Shock Velocities
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