Add to ORKGA review is made of some of the experimental data and analyses applicable to convective heat transfer in fully turbulent flow in smooth tubes with liquid metals and viscous Newtonian fluids. An empirical equation is evolved that closely approximates heat-transfer values obtained from selected analyses and experimental data for Prandtl numbers from 0.001 to 1000. The terms included in the equation are Reynolds number, Prandtl number, and an empirical diffusivity ratio between heat and momentum
The study of turbulent heat transfer in liquid metal flows has gained interest because of applicatio...
Local heat transfer for water in turbulent forced flow in entrance region of circular tube
[EN] Direct Numerical Simulations of turbulent heat transfer in a channel flow are presented for thr...
An analysis was made of heat transfer at low Peclet numbers for fluids flowing turbulently in smooth...
AbstractNew heat transfer correlations for forced turbulent flow of liquid metals in the tubes have ...
Heat transfer characteristics for turbulent flow of heat-generating liquid metal in parallel- plate ...
A theoretical study is performed to determine the turbulent Prandtl number (Prt ) for liquids of wid...
Experimental data of various investigators of liquid-metal heat-transfer characteristics were reeval...
The expression for eddy diffusivity from a previous analysis was modified in order to account for th...
An analytical heat transfer solution is derived and evaluated for the general case of a turbulently ...
Heat transfer characteristics for turbulent flow of heat generating liquid metals between parallel p...
By use of these equations, relationships were obtained among Nusselt number, Reynolds number, and fr...
Liquid metals are primary coolants in Generation IV nuclear reactors. For low Prandtl fluids, suc...
The study of turbulent heat transfer in liquid metal flows has gained interest because of applicatio...
Because of their high molecular heat conductivity, low-Prandtl number liquid metal is a promising ca...
The study of turbulent heat transfer in liquid metal flows has gained interest because of applicatio...
Local heat transfer for water in turbulent forced flow in entrance region of circular tube
[EN] Direct Numerical Simulations of turbulent heat transfer in a channel flow are presented for thr...
An analysis was made of heat transfer at low Peclet numbers for fluids flowing turbulently in smooth...
AbstractNew heat transfer correlations for forced turbulent flow of liquid metals in the tubes have ...
Heat transfer characteristics for turbulent flow of heat-generating liquid metal in parallel- plate ...
A theoretical study is performed to determine the turbulent Prandtl number (Prt ) for liquids of wid...
Experimental data of various investigators of liquid-metal heat-transfer characteristics were reeval...
The expression for eddy diffusivity from a previous analysis was modified in order to account for th...
An analytical heat transfer solution is derived and evaluated for the general case of a turbulently ...
Heat transfer characteristics for turbulent flow of heat generating liquid metals between parallel p...
By use of these equations, relationships were obtained among Nusselt number, Reynolds number, and fr...
Liquid metals are primary coolants in Generation IV nuclear reactors. For low Prandtl fluids, suc...
The study of turbulent heat transfer in liquid metal flows has gained interest because of applicatio...
Because of their high molecular heat conductivity, low-Prandtl number liquid metal is a promising ca...
The study of turbulent heat transfer in liquid metal flows has gained interest because of applicatio...
Local heat transfer for water in turbulent forced flow in entrance region of circular tube
[EN] Direct Numerical Simulations of turbulent heat transfer in a channel flow are presented for thr...