modelIdealOverflowFiltration

Semipermeable membrane filtration (e.g. flux through capillary membrane) of overflowing solution (e.g. blood microcirculation)

Extends from Icons.FlowFiltration, Hydraulic.Interfaces.ConditionalSolutionFlow (Input of solution volumetric flow vs. parametric solution volumetric flow).

Information

Possible field values:

Type	Name	Default	Description
Types.VolumeFlowRate	SolutionFlow (from ConditionalSolutionFlow)	0	Volumetric flow of solution if useSolutionFlowInput=false
Types.Pressure	HydraulicPressureIn	0	Hydraulic pressure inside of leaving overflow (e.g. blood pressure after capillary net) if useHydraulicPressureInputs=false
Types.Pressure	HydraulicPressureOut	0	Hydraulic pressure outside (e.g. interstitium hydraulic pressure) if useHydraulicPressureInputs=false
Types.Temperature	T	310.15	Temperature on both membrane sides if useTemperatureInputs=false
External inputs/outputs
Boolean	useSolutionFlowInput (from ConditionalSolutionFlow)	false	=true, if solution flow input is used instead of parameter SolutionFlow
Boolean	useHydraulicPressureInputs	false	=true, if hydraulic pressure inputs is used
Boolean	useTemperatureInputs	false	=true, if temperature on both sides is used

Type	Name	Default	Description
Types.RealIO.VolumeFlowRateInput	solutionFlow (from ConditionalSolutionFlow)	q
Interfaces.OsmoticPort_a	port_a		Inflowing ospomarity and positive filtrate flow rate (e.g. blood osmolarity and flux through capillary membrane from blood to interstitium)
Interfaces.OsmoticPort_b	filtrate		Outer osmolarity and negative filtrate flow rate (e.g. interstitium osmolarity and flux through capillary membrane from interstitium to blood)
Types.RealIO.PressureInput	hydraulicPressureIn	pi
Types.RealIO.PressureInput	hydraulicPressureOut	po
Types.RealIO.TemperatureInput	temperature	t

Type	Name	Default	Description
Types.VolumeFlowRate	q (from ConditionalSolutionFlow)		Current solution flow