Titlebook: Advances in Two-Phase Flow and Heat Transfer; Fundamentals and App S. Kaka?,M. Ishii Book 1983 Springer Science+Business Media Dordrecht 19

A簡(jiǎn)潔的

Flow Characteristics of a Large Bubble in a Horizontal Channel,. The velocity and the shape of the large bubble and the velocity profile of the liquid around the nose of the large bubble were measured for the channels with the length of 2.6m and the height of 22. 5, 32. 5, 42. 5 and 53mm. Their characteristics were analysed theoretically by the potential flow t

CAJ

GLUT

A Statistical Microscopical Method for the Calculation of the Heat Transfer at Subcooled Flow-Boili for the vapour-phase. For their solution one has to know the fraction . of the total heat flux, which causes the evaporation of the liquid, and the fraction ., produced by the recondensation of the vapour-bubbles. In this paper it will be shown how it is possible to determine these two heat-flux fr

險(xiǎn)代理人

Developments in Two-Phase Mass Flow Rate Instrumentation,ured quantities. Therefore, in the first part, the advances are described which can be achieved by the use of single techniques only. Combinations of several methods are discussed next, and mass flow rate results are presented, which were obtained in different experimental facilities for steady-stat

盡忠

Turbulence in the Liquid Phase of a Bubbly Air-Water Flow,iformly into a hydrodynamic tunnel, through a grid which generates a quasi-isotropic turbulent field. The turbulent characteristics have been obtained by hot-film and Laser Doppler Anemometry. The longitudinal turbulent kinetic energy increases strongly with the void fraction α. Roughly speaking, th

魅力

Evolve

A Two-Phase Fluid Model Based on the Linearized Constitutive Equations,estigations. In all cases considered, the presented model gives superior results and reduces to simpler models currently available. To obtain these simple models requires, in many instances, questionable assumptions.

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青石板

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