Numerical study of the problem of disintegration of an arbitrary breakup in the case of cylindrical and spherical symmetry (Q1275997)
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scientific article; zbMATH DE number 1240165
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Numerical study of the problem of disintegration of an arbitrary breakup in the case of cylindrical and spherical symmetry |
scientific article; zbMATH DE number 1240165 |
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Numerical study of the problem of disintegration of an arbitrary breakup in the case of cylindrical and spherical symmetry (English)
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14 January 1999
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The authors treat the following problem. There is a spherical (cylindrical) shell with radius \(R_0\) in the resting atmosphere with the pressure \(p_0\). The shell contains air under large internal pressure \(p^*\) and collapses at time \(t=0\). Given the initial and boundary conditions, the problem on arbitrary discontinuity collapse is studied.
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inviscid non-heat-conducting gas
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explicit two-step algorithm of predictor-corrector type
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flux corrected transport technology
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0.85205024
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0.8487792
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0.84505296
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0.8250753
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0.81952465
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0.8114405
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0.81136084
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0.81081456
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0.8105626
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0.80905503
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