Modelling Manifolds

Modelling Manifolds


The image below gives an overview of the approach to take when developing a manifold where you wish to split the flow:
 

    • Related Articles

    • Modelling Submersible Pumps

      When modelling a submersible pump which of course has no suction piping, it is necessary to insert a short section of pipework between the model inlet boundary and the pump suction connection. This is necessary to complete the model connectivity. The ...
    • Modelling hoses

      FluidFlow contains a "Flexible Smooth or Corrugated Hose" node as shown below. You can add various sizes or classifications if pipe to the database if you wish.
    • Modelling Expansion Tanks

      FluidFlow doesn't include or allow an expansion tank to be modeled in-line in a system as this would tend to be a dynamic type of scenario (fluctuating pressure/expansion) whereas in FluidFlow we tend to be solving static system conditions. Queries ...
    • Modelling Steam Traps

      FluidFlow doesn't have a steam trap node as such however, you can model steam/condensate systems and in doing so, set up the model to solve with or without steam traps. The image below which is taken from the Help file offers a description of this. ...
    • Modelling trickling filter arms

      The attached model gives an overview of the approach you could take to model trickling filter arms. Fluidized Bed Sparge Pipe