The often used Nusselt number is critically questioned with respect to its physical meaning. Based on a rigorous dimensional analysis, alternative assessment numbers are found that in a systematic way separately account for the quantitative and qualitative aspect of a heat transfer process. The qualitative aspect is related to the entropy generated in the temperature field of a real, irreversible heat transfer. The irreversibility can be quantified by referring it to the so-called entropic potential of the energy involved in the transfer process.The often used Nusselt number is critically questioned with respect to its physical meaning. Based on a rigorous dimensional analysis, alternative assessment numbers are found that in a systematic w...
An entropy-based procedure is presented to assess the solution accuracy in heat transfer problems wi...
The search for generalized heat transport equations describing Fourier’s diffusive regime is a...
In this study, it is shown that above a critical value of a governing parameter, the solutions of so...
The often used Nusselt number is critically questioned with respect to its physical meaning. Based o...
In order to teach heat transfer systematically and with a clear physical background, it is recommend...
We propose a recipe to calculate accurately the Nusselt number Nu in turbulent Rayleigh-Bénard conve...
Recently, a group of researchers proposed the concept of entransy by analogy with the electrical ene...
Evolution of (a) the Nusselt number and (b) the heat transfer coefficient with flow rate and volume ...
In thermodynamics, it is essential to distinguish between state functions and process functions. The...
The rate of entropy generation is used to estimate the average error of approximate numerical solut...
Summary. Accurate computation of heat flux is a primary motivation for convection calculations, yet ...
For the steady forced convection cooling of an isothermal spherical object in an axially symmetric i...
Recently, a group of researchers proposed the concept of entransy by analogy with the electrical ene...
The entransy is a new developed parameter that is effective in optimization of heat transfer. It can...
Purpose: This study aims to understand the difference between irreversibility in heat and work trans...
An entropy-based procedure is presented to assess the solution accuracy in heat transfer problems wi...
The search for generalized heat transport equations describing Fourier’s diffusive regime is a...
In this study, it is shown that above a critical value of a governing parameter, the solutions of so...
The often used Nusselt number is critically questioned with respect to its physical meaning. Based o...
In order to teach heat transfer systematically and with a clear physical background, it is recommend...
We propose a recipe to calculate accurately the Nusselt number Nu in turbulent Rayleigh-Bénard conve...
Recently, a group of researchers proposed the concept of entransy by analogy with the electrical ene...
Evolution of (a) the Nusselt number and (b) the heat transfer coefficient with flow rate and volume ...
In thermodynamics, it is essential to distinguish between state functions and process functions. The...
The rate of entropy generation is used to estimate the average error of approximate numerical solut...
Summary. Accurate computation of heat flux is a primary motivation for convection calculations, yet ...
For the steady forced convection cooling of an isothermal spherical object in an axially symmetric i...
Recently, a group of researchers proposed the concept of entransy by analogy with the electrical ene...
The entransy is a new developed parameter that is effective in optimization of heat transfer. It can...
Purpose: This study aims to understand the difference between irreversibility in heat and work trans...
An entropy-based procedure is presented to assess the solution accuracy in heat transfer problems wi...
The search for generalized heat transport equations describing Fourier’s diffusive regime is a...
In this study, it is shown that above a critical value of a governing parameter, the solutions of so...