Liquid Metal Heat Transfer

Stein, R.P.

doi:10.1016/s0065-2717(08)70051-0

Cited by 23 publications

(4 citation statements)

References 15 publications

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“…Up to now, several articles have been presented for investigating heat transfer in different engineering problems . Many cases of these studies were for fluid flows inside tubes .…”

Section: Introductionmentioning

confidence: 99%

A predictive formula for the Nusselt number of compressible laminar fluid flow passing the thermal developing zone of a hot tube

Abolpour

Shamsoddini

2019

Heat Trans. Asian Res.

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Many of the industrial and engineering problems need to know the value of the convective heat transfer coefficient of fluid flows within various tools, systems, or tubes. In the present study, a predictive formula has been obtained for the Nusselt number for compressible laminar flows passing the velocity developed and thermal developing zone of a hot tube with different angles with the horizon. A fractional factorial experimental design method and an optimization method have been utilized for obtaining a width range and accurate formula. Finally, the ability of this formula has been examined using a set of testing data.

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“…Up to now, several articles have been presented for investigating heat transfer in different engineering problems . Many cases of these studies were for fluid flows inside tubes .…”

Section: Introductionmentioning

confidence: 99%

A predictive formula for the Nusselt number of compressible laminar fluid flow passing the thermal developing zone of a hot tube

Abolpour

Shamsoddini

2019

Heat Trans. Asian Res.

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“…The procedures of designing the heat exchangers are different depending on the heat exchangers applications. The fi nite difference is one of the confi dent, easy and useful methods for designing and solving heat transfer problems 1 . In addition, using the numerical method, including the variable physical properties for the design of heat exchangers enhances the quality and precision of the calculation steps.…”

Section: Introductionmentioning

confidence: 99%

Mathematical modeling of air duct heater using the finite difference method

Sarafraz

Peyghambarzadeh

Marahel

2011

Polish Journal of Chemical Technology

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In this research, mathematical modeling of a duct heater has been performed using energy conservation law, Stefan-Boltzman law in thermal radiation, Fourier's law in conduction heat transfer, and Newton's law of cooling in convection heat transfer. The duct was divided to some elements with equal length. Each element has been studied separately and air physical properties in each element have been used based on its temperature. The derived equations have been solved using the fi nite difference method and consequently air temperature, internal and external temperatures of the wall, internal and external convection heat transfer coeffi cients, and the quantity of heat transferred have been calculated in each element and effects of the variation of heat transfer parameters have been surveyed. The results of modelling presented in this paper can be used for the design and optimization of heat exchangers.

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“…Stein, the value of TW -Tmm depends22,23 strongly upon the rate of change 6f the heat flux with time and position; it also is expected that Tw -T is influenced by the rate of change of the rnrn liquid velocity.For constant velocity and a nonuniform, transient heat 4/Pe)(x/a),…”

mentioning

confidence: 99%

A Study of the Incipient Boiling of Sodium.

Holtz¹,

Singer²

1969

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Liquid Metal Heat Transfer

Cited by 23 publications

References 15 publications

A predictive formula for the Nusselt number of compressible laminar fluid flow passing the thermal developing zone of a hot tube

A predictive formula for the Nusselt number of compressible laminar fluid flow passing the thermal developing zone of a hot tube

Mathematical modeling of air duct heater using the finite difference method

A Study of the Incipient Boiling of Sodium.

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