Steam Pressure Loss Through Piping

Written by Jerry Ratzlaff on . Posted in Fluid Dynamics

formula

\(p_l =   \frac  { \mu \; \cdot \; l \; \cdot \; v_s{^2} }  {2d \; \cdot \; \upsilon }   \)

Where:

\(p_l\) = pressure loss of steam through piping

\(\mu\) (Greek symbol mu) = friction coefficient

\(l\) = pipe length

\(v_s\) = velocity of steam through piping

\(d\) = pipe inner diameter

\(\upsilon\) (Greek symbol upsilon) = specific volume

 

Tags: Equations for Steam Equations for Pressure