Eric Peirano

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| Weak ­ rstand second-order numerical schemes are developed to integrate the stochastic di¬erential equations that arise in mean-­ eld pdf methods (Lagrangian stochastic approach) for modeling polydispersed turbulent two-phase ®ows. These equations present several challenges, the foremost being that the problem is characterized by the presence of di¬erent(More)
This paper deals with a probabilistic approach to polydispersed turbulent two-phase flows following the suggestions of Pozorski and Minier [Phys. Rev. E 59, 855 (1999)]. A general probabilistic formalism is presented in the form of a two-point Lagrangian PDF (probability density function). A new feature of the present approach is that both phases, the fluid(More)
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