BuildSysPro.IBPSA.Fluid.Examples.Performance.PressureDrop

# .BuildSysPro.IBPSA.Fluid.Examples.Performance.PressureDrop

Package with various configurations of pressure drop models to analyze symbolic processing

## Information

This package contains examples that demonstrate how parameter settings and boundary conditions can affect the number and size of algebraic loops.

Either a pressure difference or a mass flow rate is prescribed. The parameter `from_dp` is set to either `true` or `false`. These combinations are applied to a flow network consisting of parallel, series or parallel-series components. By looking at the size of the nonlinear equations between the example and its counter-part that ends in `Optimised`, one can see whether the symbolic processing optimally converts the system of equations.

## Contents

Name | Description
--- | ---
ParallelDp | Parallel connection with prescribed pressure difference and non-optimised parameters
ParallelDpOptimised | Parallel connection with prescribed pressure difference and optimised parameters
ParallelFlow | Parallel connection with prescribed flow rate and non-optimised parameters
ParallelFlowOptimised | Parallel connection with prescribed flow rate and optimised parameters
SeriesDp | Series connection with prescribed pressure difference and non-optimised parameters
SeriesDpOptimised | Series connection with prescribed pressure difference and optimised parameters
SeriesFlow | Series connection with prescribed flow rate and non-optimised parameters
SeriesFlowOptimised | Series connection with prescribed flow and optimised parameters
SeriesParallelDp | Combined series and parallel connection with prescribed pressure difference and non-optimised parameters
SeriesParallelDpOptimised | Combined series and parallel connection with prescribed pressure difference and non-optimised parameters
SeriesParallelFlow | Combined series and parallel connection with prescribed flow rate and non-optimised parameters
SeriesParallelFlowOptimised | Combined series and parallel connection with prescribed flow rate and non-optimised parameters

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