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Forschung
Shock wave interaction with a spherical bubble
The shock propagation in multiphase mixture, composed of epoxy-periclaseComputational grid : 64 x 64 x 320
Mach number of shock : 3
The tube size : 6.4 x 6.4 x 32 cm
Radius of the bubble : 1 cm
DENSITY
PRESSURE
![Shock wave interaction with a uniform distribution of 64 bubbles The shock propagation in multiphase mixture, composed of epoxy-periclase Computational grid : 256 x 256 x 512 Computational domain : [-2,2] x [-2,2] x [-2,6] Mach number of shock : 3 Bubble radius : 0.0625cm (4 cells in mesh size) The spacing between bubbles : 1 bubble](fileadmin/user/research/tkaman/movie_U64bubbleCC3M0zNB_3dintfc.gif){kind=link}
Shock wave interaction with a uniform distribution of 64 bubbles
The shock propagation in multiphase mixture, composed of epoxy-periclaseComputational grid : 256 x 256 x 512
Computational domain : [-2,2] x [-2,2] x [-2,6]
Mach number of shock : 3
Bubble radius : 0.0625cm (4 cells in mesh size)
The spacing between bubbles : 1 bubble
SHIFTED BUBBLE CENTERS
ICS Seminar Talk
Test-case: Subsonic flow problem around a circle R=10, r=1 : 3K elements
R=30, r=1: 23K elements
Orientation effect
Orders 2,3,4
Numerical Schemes:
LW, LFA, LF, SUPG
Math 2584 Elementary Differential Equations Fall 2017
R=30, r=1: 23K elements
Orientation effect
Orders 2,3,4
Numerical Schemes: LW, LFA, LF, SUPG
Math 2584 Elementary Differential Equations Fall 2017