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Published online by Cambridge University Press: 12 April 2016
We present results of 2.5-D radiation hydrodynamical simulations of winds from rapidly rotating stars. For the first time, we consider the dependence of the line statistics on local density and radiation temperature implying a spatial variation of the force-multiplier parameters k, α and δ which control the dynamics of the flow.
We apply our models to the problem of disk formation in B[e]-star winds.