Virtual Labs

The average heat transfer coefficient over vertical plate is given by

h_{av} = 0.943\left(\frac{(T_{sat} + T_w)μL}{h_{fg}\rho^2gK^3}\right)^{1/4}

Explanation

h_{av} = 0.943\left(\frac{h_{fg}\rho^2gK^3}{(T_{sat} + T_w)μL}\right)^{1/4}

Explanation

h_{av} = 0.943\left(\frac{h_{fg}\rho^2gK^3}{(T_{sat} - T_w)μL}\right)^{1/4}

Explanation

h_{av} = 0.943\left(\frac{(T_{sat} - T_w)μL}{h_{fg}\rho^2gK^3}\right)^{1/4}

Explanation

The average heat transfer coefficient over horizontal tubes is given by

h_{av} = 0.725\left(\frac{h_{fg}\rho^2gK^3}{(T_{sat} - T_w)μDn}\right)^{1/4}

Explanation

h_{av} = 0.725\left(\frac{(T_{sat} + T_w)μDn}{h_{fg}\rho^2gK^3}\right)^{1/4}

Explanation

h_{av} = 0.725\left(\frac{(T_{sat} - T_w)μDn}{h_{fg}\rho^2gK^3}\right)^{1/4}

Explanation

h_{av} = 0.725\left(\frac{h_{fg}\rho^2gK^3}{(T_{sat} + T_w)μDn}\right)^{1/4}

Explanation

Introduction to condensation