SS.Fluids 1.2.0

export function bernoulliDownstream(NewtonianFluid fluid, Pa upstreamPressure, m upstreamElevation, velocity upstreamVelocity, m downstreamElevation, velocity downstreamVelocity, m headLoss, acceleration gravity)->BernoulliResult

export record BernoulliResult(public Pa downstreamPressure, public m upstreamTotalHead, public m downstreamTotalHead, public double relativeEnergyResidual)

export function circularPipe(string name, m length, m diameter, m roughness, double minorLossCoefficient)->CircularPipe

export record CircularPipe(public string name, public m length, public m diameter, public m roughness, public double minorLossCoefficient)

export function darcyFrictionFactor(double reynoldsNumber, double relativeRoughness)->double

export function hagenPoiseuille(NewtonianFluid fluid, m pipeLength, m radius, Pa pressureDrop, int radialIntervals)->PipeFlowResult

export function isentropicNozzle(double gamma, double gasConstant, K stagnationTemperature, Pa stagnationPressure, double areaRatio, bool supersonic, double tolerance, int maximumIterations)->NozzleState

export function kinematicViscosity(NewtonianFluid fluid)->kinematicViscosity

export function massConservation(massFlow[] inlet, massFlow[] outlet)->double

export function newtonian(string name, density density, dynamicViscosity viscosity)->NewtonianFluid

export record NewtonianFluid(public string name, public density density, public dynamicViscosity viscosity)

export record NonlinearPipeNetworkResult(public double[] heads, public double[] flows, public PipeHydraulicState[] pipeStates, public double maximumContinuityResidual, public int iterations, public bool converged, public string diagnostic)

export record NozzleState(public double machNumber, public K staticTemperature, public Pa staticPressure, public density staticDensity, public velocity speed, public double areaRatio, public double areaMachResidual, public string branch)

export function openChannelProfile(volumetricFlow flow, m width, double bedSlope, double manningRoughness, m initialDepth, m stepLength, int steps, acceleration gravity)->OpenChannelProfileResult

export record OpenChannelProfileResult(public double[] distances, public double[] depths, public double[] froudeNumbers, public double[] frictionSlopes, public double criticalDepth, public string[] regimes, public bool crossedCritical, public string diagnostic)

export record OpenChannelState(public m normalDepth, public volumetricFlow volumeFlow, public double froudeNumber, public string regime, public double relativeDischargeResidual, public int iterations)

export record ParallelNetworkResult(public volumetricFlow[] branchFlows, public PipeHydraulicState[] branchStates, public volumetricFlow totalFlow, public double continuityResidual, public double energyResidual, public bool converged, public string diagnostic)

export record PipeFlowResult(public m[] radialCoordinates, public velocity[] axialVelocity, public volumetricFlow volumeFlow, public massFlow massFlow, public double reynoldsNumber, public double relativeBalanceError)

export function pipeHydraulics(NewtonianFluid fluid, CircularPipe pipe, volumetricFlow flow, Valve valve, acceleration gravity)->PipeHydraulicState

export function pipeHydraulics(NewtonianFluid fluid, CircularPipe pipe, volumetricFlow flow, acceleration gravity)->PipeHydraulicState

export record PipeHydraulicState(public volumetricFlow volumeFlow, public velocity meanVelocity, public double reynoldsNumber, public double frictionFactor, public m distributedHeadLoss, public m minorHeadLoss, public m totalHeadLoss, public Pa pressureLoss, public double colebrookResidual, public string regime)

export function pipeNetwork(int nodes, int[] startNodes, int[] endNodes, CircularPipe[] pipes, Valve[] valves, double[] pumpShutoffHeads, double[] pumpHeadCoefficients, double[] demands, bool[] fixedHeads, double[] headValues, string provenance)->PipeNetworkModel

export record PipeNetworkModel(public int nodes, public int[] startNodes, public int[] endNodes, public CircularPipe[] pipes, public Valve[] valves, public double[] pumpShutoffHeads, public double[] pumpHeadCoefficients, public double[] demands, public bool[] fixedHeads, public double[] headValues, public int edges, public string provenance)

export record PumpCurve(public string name, public m shutoffHead, public double headCoefficient)

export function pumpHead(PumpCurve pump, volumetricFlow flow)->m

export record PumpOperatingPoint(public volumetricFlow volumeFlow, public m pumpHead, public m systemHead, public PipeHydraulicState[] pipeStates, public double relativeHeadResidual, public int iterations, public bool converged, public string diagnostic)

export function pumpSystemCurve(NewtonianFluid fluid, PumpCurve pump, CircularPipe[] seriesPipes, Valve[] valves, m staticHead, acceleration gravity, volumetricFlow minimumFlow, volumetricFlow maximumFlow, int samples, double tolerance, int maximumIterations)->PumpSystemCurveResult

export record PumpSystemCurveResult(public double[] flows, public double[] pumpHeads, public double[] systemHeads, public double operatingFlow, public double operatingHead, public bool withinRange, public bool stable, public string diagnostic)

export function quadraticPump(string name, m shutoffHead, double headCoefficient)->PumpCurve

export function rectangularNormalDepth(volumetricFlow flow, m width, double bedSlope, double manningRoughness, acceleration gravity, double tolerance, int maximumIterations)->OpenChannelState

export function solveNonlinearPipeNetwork(NewtonianFluid fluid, PipeNetworkModel model, acceleration gravity, double tolerance, int maximumIterations)->NonlinearPipeNetworkResult

export function solveParallelNetwork(NewtonianFluid fluid, CircularPipe[] branches, Valve[] valves, m availableHead, acceleration gravity, double tolerance, int maximumIterations)->ParallelNetworkResult

export function solvePumpOperatingPoint(NewtonianFluid fluid, PumpCurve pump, CircularPipe[] seriesPipes, Valve[] valves, m staticHead, acceleration gravity, double tolerance, int maximumIterations)->PumpOperatingPoint

export function valve(string name, double lossCoefficient)->Valve

export record Valve(public string name, public double lossCoefficient)