Titlebook: Handbook of Multiphase Flow Science and Technology; Guan Heng Yeoh,J. B. Joshi Living reference work 20200th edition Complex Fluids

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Recent Advances in Modeling Gas-Particle Flows,It introduces newcomers to some of the techniques adopted to model fluidized beds and to the challenges and long-standing problems that these techniques present. After introducing the principal approaches for modeling fluid-solid systems, we focus on the multifluid, overviewing the main averaging te

寬度

Numerical Modelling of Pulverised Coal Combustion, be effectively assisted by using numerical modelling with Computational Fluid Dynamics (CFD) techniques to develop a detailed picture of the conditions within the furnace, and the effect of operating conditions, coal type, and furnace design on those conditions. The equations governing CFD models o

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Flooding Phenomenon of Cryogenic Liquids,looding occurs when the liquid is entrained by the gas, giving rise to flow reversal in some or all of the liquid. Flooding often adversely impacts the normal operation of industrial equipment that contains counter-current gas-liquid flow. This chapter begins with the description of characteristics

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Cavitation Flow of Cryogenic Fluids, a brief introduction of this phenomenon is given out. Theoretical models historically developed to estimate thermal effects are classified by their physical hypothesis and deduced according to their proposers. The summary of the past experimental studies helps to provide the appearance, thermodynam

外來

有法律效應(yīng)

Experiments on Gas-Liquid Flow in Vertical Pipes,ical pipes. The investigations were done for different pipe diameter as well as for flows with and without phase transfer. Wire-mesh sensors provide detailed information on the structure of the gas-liquid interphase. Basic characteristics of gas-liquid flows can be observed in such experiments and a

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ENNUI

Flow Boiling Enhancement via Cross-Sectional Expansion,g recommendations appropriate for design and selection of expanding channel heat sinks. The principal relevant operating parameters of a boiling-channel heat sink are the attainable critical heat flux (CHF), which limits the practical heat flux permissible and the pressure drop across the channel, w

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Review of Subcooled Boiling Flow Models,uid framework of interpenetrating continua. From the first attempts, heat flux partitioning algorithms were used to describe boiling at a heated wall. Based on a mechanistic model representation of the microscopic processes, the framework is described by empirical correlations. The developments of t