modelPartialDistributedStaggeredFlow

Information

Type	Name	Default	Description
Internal Interface
Integer	nFM	1	Number of discrete flow models
Internal Interface › Initialization
Dynamics	momentumDynamics	Dynamics.DynamicFreeInitial	Formulation of momentum balance
SI.PressureDifference	dps_start		Pressure changes {p[2]-p[1],...,p[n+1]-p[n]}
SI.MassFlowRate	m_flows_start		Mass flow rates
Internal Interface › Advanced
Boolean	allowFlowReversal	true	= true to allow flow reversal, false restricts to design direction (m_flows >= zeros(m))
Advanced
SI.ReynoldsNumber	Re_lam	2300	Laminar transition Reynolds number
SI.ReynoldsNumber	Re_turb	4000	Turbulent transition Reynolds number
Boolean	from_dp	momentumDynamics >= Modelica.Fluid.Types.Dynamics.SteadyStateInitial	= true, use m_flow = f(dp), otherwise dp = f(m_flow)
SI.MassFlowRate	m_flow_small	0.001	Within regularization if \|m_flows\| < m_flow_small (may be wider for large discontinuities in static head)
SI.AbsolutePressure	dp_small	1	Within regularization if \|dp\| < dp_small (may be wider for large discontinuities in static head)

Type	Name	Default	Description
SI.Acceleration	g_n	Modelica.Constants.g_n	Gravitational acceleration
Medium.ThermodynamicState[nFM + 1]	states		State at volumes
SI.Velocity	vs		Mean velocities of fluid flow
SI.Temperature	Ts_wall		Mean wall temperatures of heat transfer surface
SI.Length[nFM + 1]	dimensions		Characteristic dimensions (e.g. hydraulic diameter)
SI.Area[nFM + 1]	crossAreas		Cross sectional area
SI.Length[nFM + 1]	perimeters		Wetted perimeter
SI.Length[nFM]	dlengths		Length of flow model
SI.Height	roughnesses		Average height of surface asperities
SI.Length	dheights		Height(states[2:nFM+1]) - Height(states[1:nFM])
SI.MassFlowRate[nFM]	m_flows		Mass flow rate across interfaces
SI.Momentum	Is		Momenta of flow segments
SI.Force	Ibs		Flow of momentum across boundaries and source/sink in volumes
SI.Temperature	Ts_fluid	Medium.temperature(states)	Fluid temperature
SI.ReynoldsNumber	Res		Reynolds number

Name	Description
Medium