Mathematical Modeling of Bubble Growth in Turbulent Flow - Abu-Bakr, Ali F.;Mohammadein, Selim A.
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Mathematical modeling of bubbles dynamics is presented in turbulent flow to study the behaviour of vapour growth bubble between two phases (vapour-superheated liquids) flow. Theoretical study of the growth problem is solved analytically in terms of initial void fraction and initial bubble velocity. The growth problem in a viscous superheated liquid is investigated under the proposed pressure of Plesset and Zwick. The growth of bubble radius in a constant and variable dynamical viscosity is studied. The effect of constant and variable dynamical viscosity for two different cases of pressure is…mehr

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Produktbeschreibung
Mathematical modeling of bubbles dynamics is presented in turbulent flow to study the behaviour of vapour growth bubble between two phases (vapour-superheated liquids) flow. Theoretical study of the growth problem is solved analytically in terms of initial void fraction and initial bubble velocity. The growth problem in a viscous superheated liquid is investigated under the proposed pressure of Plesset and Zwick. The growth of bubble radius in a constant and variable dynamical viscosity is studied. The effect of constant and variable dynamical viscosity for two different cases of pressure is studied. The initial time of growth of vapour bubbles between two phase laminar-turbulent flow is introduced in thermal stage. This book is suitable and will be interesting for all researchers in related fields.
Autorenporträt
A. Abu-Bakr is a lecturer at Menoufia Univ., Egypt, researcher at Ural Federal Univ., Russia. S. Mohammadein is a prof. of Appl. Math. at Tanta Univ., Egypt. They are interested in bubble dynamics, mass-heat transfer, mathematical modeling, nanofluids, Magnetohydrodynamics. They have published many papers in international journals and conferences