Kenan kılıçaslan

  • Chimney Calculation
  • Friction Loss
  • Equation Solve
  • Differential Equation
    Calculations Calculations

Pipe Friction Loss Calculation

Friction losses of various pipes are calculated by taking into account the fluid temperature. For now, only water is calculated as fluid.

Fill in the form below.
Pipe Type :
Fluid :
Fluid Temp : °C
Nominal Diameter : mm
Flow Rate :
Friction Loss : /m
Explanation : The formula used is the Colebrook – White equation for turbulent current (Re> 4000).
\(\frac{1}{\sqrt{f }}=-2\log \left ( \frac{2.51}{Re\sqrt{f}}+\frac{\varepsilon /D}{3.71} \right )\)
The friction loss occurring along the pipe is found from the Darcy-Weisbach equation.\(\small{h_{f}=f\displaystyle\frac{L}{D}\displaystyle\frac{v^{2}}{2g}} \) mSS or \(\small{\Delta P=f\displaystyle\frac{L}{D}\displaystyle\frac{\rho v^{2}}{2} }\) Pa.
Here, \(\small f\) is the dimensionless unit friction coefficient, \(\small D\) is the inner diameter in meters, \(\small Re\) is the dimensionless reynolt number, \(\small \varepsilon\) meters. Roughness is the specific mass of water as \(\small L\) pipe length, velocity as \(v\) m/s, \(\rho\) kg/m3.

Products    Equation Solver    Calculator    Unit Conversion    Reference    Contact

Pipe Calculations    Chimney Calculation    Air Ducts    Air Conditioning   

Kenan KILIÇASLAN 2012© Copyright.       Designed by Nuit