...Eugeniya K. Iskrenova; Soumya S. Patnaik molecular dynamics heat transfer flexible water models adaptive force matching TIP3P MP2f self-diffusion thermal conductivity diffusion coefficient Nucleate pool boiling is a very efficient and widely used cooling method with a wide...

...Bhaskar C. Sahoo; Debendra K. Das; Ravikanth S. Vajjha; Jagannadha R. Satti Nomenclature C p = specific heat (J/(kg K)) d p = particle diameter (m) k = thermal conductivity (W/(m · K)) T = temperature (K) Greek Symbols μ = coefficient of dynamic...

...%, and 1%, w/w) were measured by a differential scanning calorimeter at a cooling rate of 20 ° C / min and a warming rate of 10 ° C / min . The change in density of the above solutions with temperature was determined by using a straw that can reveal the volume change of solutions. The thermal conductivity...

... walls of the enclosure are well insulated and impermeable and the left and right walls are imposed to constant temperatures and concentration. Laminar regime under steady state condition is considered. The Maxwell–Garnett model is used to predict the ratio of thermal conductivity. The system...

...A. Guha; R. V. Devireddy Extensive studies document the effect of nanoparticles on thermal properties of fluids, such as thermal conductivity, although very few exist at subzero temperatures. The current study reports the effect of 1.4 nm palmitoyl nanogold particles (NPs) on the freezing...