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 FLUIDFLOW3 Calculation Capabilities  Previous  Contents  Next  


Engineers using FluidFlow 3 can determine the pressure, flow rate and temperature at any point around their pipework system.
Any type of system architecture can be modeled, eg open loop, closed loop, branched, etc. Large complex fluid systems
can be rapidly analysed allowing “what if" scenarios to be investigated quickly and efficiently. For the flow of gases -
expansion, temperature change and choked conditions are all accounted for.



FluidFlow3 will simulate any steady-state pipe network analysis with a single-phase compressible or incompressible fluid with optional heat change calculation at any pipe or equipment item. FluidFlow3 allows different fluids to enter the network at boundaries and will automatically determine the physical properties of the mixture where different streams join.

Optional modules will simulate Slurry flow and 2-Phase Gas/Liquid flow.

ANY NUMBER OF FLUIDS WITHIN THE SAME NETWORK
(Single phase liquid and gas calculations only)

Fluids are specified at each input boundary and the software takes care of composition changes. This means you can analyse networks containing as many fluids as you require. Physical properties of mixtures at flowing conditions are estimated as needed. Networks can also be analysed containing multiple fluids where mixing does not occur. For example, you can analyse cooling water and process streams within the same flowsheet.

Click here for a screen image

FLUID EQUIPMENT

The performance of almost any type of line equipment can be determined, for example:

  • Pump duty, efficiency, NPSH, power
  • Fan or compressor duty
  • Control valve opening
  • Heat change across heat exchangers, pipes
  • Safety relief valves
  • Manual valves
  • Orifice plates
  • Filters
  • Sprinklers and nozzles
  • and much more
TOTAL HEAT BALANCE

Fluid temperatures are specified only at boundary components. All other temperatures as well as fluid phase states are calculated by the software. Temperature effects of pressure changes, heat loss or gain from the surroundings and heat exchange made at each network component make heat transfer an automatic part of network flow calculations.Fluid temperatures are specified at boundary components; all other temperatures as well as fluid phase states are calculated by the software.

COMPRESSIBLE FLOW

Gas calculations make no simplifying assumptions of ideality, adiabatic or isothermal processes etc. Pressure losses are determined by solving the momentum and physical property equations simultaneously. This means more accurate results, particularly at higher Mach numbers. Choked conditions and sonic flows are properly accounted for.

 FLUIDFLOW3 Calculation Capabilities  Previous  Contents  Next  
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