K Node
Node for representing pressure loss coefficient. It represents the directly proportional relationship of head loss (or pressure drop) to the square of velocity arriving to the expression:
\Delta P = K × (ρV²/2)
Pressure loss coefficients can be applied across different fluids. According to DS Miller, these coefficients are not unique to a specific fluid but instead function as universal relationships to Reynolds number for a given geometry.
Where:
\Delta P | Pressure drop |
\rho | Fluid Density |
V | Fluid Velocity |
K values for different piping system equipment can be stored in the database for future application.
Related definitions
Go deeper
Start with guided FluidFlow training
Free, structured modules that build real models — the fastest way from theory to a working network.
Free Training