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Explosion

A plane strain model of a high explosive detonation in water is investigated with different meshes and the ALE method.
Underwater A
Underwater A
This is a plane strain model of a high explosive detonation in water. File underwater_A.k is Lagrangian with a coarse mesh.  …more
Underwater B
Underwater B
This is a plane strain model of a high explosive detonation in water. File underwater_B.k is Lagrangian with a fine mesh.  …more
Underwater C
Underwater C
This is a plane strain model of a high explosive detonation in water. File underwater_C.k is Eulerian with 1st order advection and a coarse mesh.  …more
Underwater D
Underwater D
This is a plane strain model of a high explosive detonation in water. File underwater_D.k is Eulerian with 1st order advection and a fine mesh.  …more
Underwater E
Underwater E
This is a plane strain model of a high explosive detonation in water. File underwater_E.k is Eulerian with 2nd order advection and a coarse mesh.  …more
Underwater F
Underwater F
This is a plane strain model of a high explosive detonation in water. File underwater_F.k is Eulerian with 2nd order advection and a fine mesh.  …more