AUTHORS

STUDY SYSTEM

METHOD

RESULTS

Fuchs (1959)

Spherical drop in evaporation

Experimental:

thermocouple

$\begin{array}{l}\overline{Nu}=2+0.6R{e}^{1/2}\cdot P{r}^{1/3}\\ Re\le 200\end{array}$

Ranz et Marshall (1952)

Spherical drop in evaporation

Experimental: thermocouple

$\begin{array}{l}\overline{Nu}=2+0.6R{e}^{1/2}\cdot P{r}^{1/3}\\ Re\le 200\end{array}$

Renksizbulut et Yuen (1983)

Porous spherical drop in evaporation

Numerical: finite

difference method

$\begin{array}{l}\overline{Nu}{\left(1+B\right)}^{0.7}=2+0.9R{e}^{0.57}\cdot P{r}^{1/3}\\ Re\le 100\end{array}$

Renksizbulut et Yuen (1983)

Spherical drop in evaporation

Experimental: thermocouple

$\begin{array}{l}\overline{Nu}{\left(1+B\right)}^{0.7}=2+0.57R{e}^{0.5}\cdot P{r}^{1/3}\\ 0\le Re\le 150\end{array}$

Natarajan (1966)

Spherical droplet in combustion

Experimental: thermocouple

$\begin{array}{l}N{u}_m\left(1+B\right)=1.46R{e}^{0.5}\\ Re\le 20\end{array}$