Influence of Geometry in the Delayed Detonation Model of SNIa [chapter]

Domingo García-Senz, Eduardo Bravo
ESO ASTROPHYSICS SYMPOSIA  
We present several hydrodynamical simulations of thermonuclear supernovae dealing with multiple delayed detonations. The calculations were carried out in three dimensions, making possible to study the influence of geometry of the flame front in two aspects. First, the evolution of its fractal dimension during the deflagration phase has been followed until a critical value is reached such that the deflagration may turn into a detonation. Second, as the resulting detonation could probably be
more » ... ered through the flame, the effect of its initial location on the detonation propagation, final energetics and nucleosynthesis has been explored.
doi:10.1007/10828549_21 fatcat:bzt3oleivjapnhmd3mxip74xjm