Nisio Brum

A semi-analytical model is proposed for fully developed upward gas-liquid annular flow inside vertical circular tubes, by utilizing well known turbulence algebraic models for single-phase flows, within both streams, combined with... more

A semi-analytical model is proposed for fully developed upward gas-liquid annular flow inside vertical circular tubes, by utilizing well known turbulence algebraic models for single-phase flows, within both streams, combined with empirical correlations for the gas-liquid interface friction factor. Direct integration of the associated momentum equations provide the velocity distribution for each phase, as well as overall quantities of practical

Research Interests:
Mechanics, Two Phase Flow, Pipe Flow, Turbulence Model, Film Thickness, and 5 moreGas Flow, Annular Flow, Pressure Gradient, Friction Factor, and Velocity Distribution
(Gas Flow, Annular Flow, Pressure Gradient, Friction Factor, and Velocity Distribution)

Publisher: Elsevier BV

Publication Date: 2012

Publication Name: Energy and Buildings

Research Interests:
Engineering, Environmental Science, Energy Efficiency Buildings, Medicine, Air Conditioning, and 5 moreHumidity, Evaporative Air Cooler, Vapor Compression Refrigeration, Refrigerant, and Psychrometrics
(Humidity, Evaporative Air Cooler, Vapor Compression Refrigeration, Refrigerant, and Psychrometrics)

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Analytical solution is obtained for laminar forced convection inside tubes including wall conduction effects in the axial direction, based on a radially lumped wall temperature model, and accounting for external convection. The ideas in... more

Analytical solution is obtained for laminar forced convection inside tubes including wall conduction effects in the axial direction, based on a radially lumped wall temperature model, and accounting for external convection. The ideas in the generalized integral ...

Publisher: adsabs.harvard.edu

Publication Date: 1991

Publication Name: Journal of thermophysics …

Research Interests:
Mechanical Engineering, Aerospace Engineering, Heat Transfer, Laminar Flow, Temperature Distribution, and 6 moreIntegral Transforms, Interdisciplinary Engineering, Nusselt Number, Thermophysics, Boundary Condition, and Forced Convection
(Integral Transforms, Interdisciplinary Engineering, Nusselt Number, Thermophysics, Boundary Condition, and Forced Convection)

Research Interests: Mechanics, Two Phase Flow, Pipe Flow, Turbulence Model, Film Thickness, and 5 moreGas Flow, Annular Flow, Pressure Gradient, Friction Factor, and Velocity Distribution(Gas Flow, Annular Flow, Pressure Gradient, Friction Factor, and Velocity Distribution)