Add to ORKGThe influence of the large variation of thermodynamics and transport properties near the pseudocritical temperature on the heat transfer coefficient of supercritical fluid in turbulent flow was studied. The formation of the characteristics peak in the heat transfer coefficient vs. bulk temperature curve is described, and the necessity of the fluid element at pseudocritical temperature located in the buffer layer is discussed
Heat transfer to fluids at supercritical pressure is different from heat transfer at lower pressures...
Modeling of deterioration of heat transfer (DHT) observed in fluid flows at supercritical pressure r...
Heat transfer to fluids at supercritical pressure is different from heat transfer at lower pressures...
Boiling at the ambient pressure undergoes a critical heat flux in the nucleate boiling regime and it...
Boiling at the ambient pressure undergoes a critical heat flux in the nucleate boiling regime and it...
At slightly supercritical pressure and in the neighborhood of the pseudo-critical temperature (defin...
This thesis is concerned with phenomena involved in heat transfer to fluids at supercritical pressur...
In an organic Rankine cycle system which utilizes the low-grade heat sources in various industrial p...
The drastic changes of thermophysical properties in the pseudo-critical region of supercritical flui...
In an organic Rankine cycle system which utilizes the low-grade heat sources in various industrial p...
The objective of this work is obtaining a better understanding of the heat transfer phenomena occurr...
The paper discusses heat transfer enhancement and deterioration phenomena observed in experimental ...
A simple criterion for screening experimental data on turbulent heat transfer in vertical tubes to i...
The paper reports on the activities performed in the last years at the University of Pisa. Heat tran...
AbstractA variety of turbulence models were used to perform numerical simulations of heat transfer f...
Heat transfer to fluids at supercritical pressure is different from heat transfer at lower pressures...
Modeling of deterioration of heat transfer (DHT) observed in fluid flows at supercritical pressure r...
Heat transfer to fluids at supercritical pressure is different from heat transfer at lower pressures...
Boiling at the ambient pressure undergoes a critical heat flux in the nucleate boiling regime and it...
Boiling at the ambient pressure undergoes a critical heat flux in the nucleate boiling regime and it...
At slightly supercritical pressure and in the neighborhood of the pseudo-critical temperature (defin...
This thesis is concerned with phenomena involved in heat transfer to fluids at supercritical pressur...
In an organic Rankine cycle system which utilizes the low-grade heat sources in various industrial p...
The drastic changes of thermophysical properties in the pseudo-critical region of supercritical flui...
In an organic Rankine cycle system which utilizes the low-grade heat sources in various industrial p...
The objective of this work is obtaining a better understanding of the heat transfer phenomena occurr...
The paper discusses heat transfer enhancement and deterioration phenomena observed in experimental ...
A simple criterion for screening experimental data on turbulent heat transfer in vertical tubes to i...
The paper reports on the activities performed in the last years at the University of Pisa. Heat tran...
AbstractA variety of turbulence models were used to perform numerical simulations of heat transfer f...
Heat transfer to fluids at supercritical pressure is different from heat transfer at lower pressures...
Modeling of deterioration of heat transfer (DHT) observed in fluid flows at supercritical pressure r...
Heat transfer to fluids at supercritical pressure is different from heat transfer at lower pressures...