| String | instanceName (from DropOfCommonsPlus) | getInstanceName() | Instance name |
| SI.Volume | V (from PartialConductionElement) | 0.001 | Volume |
| SI.Area | A | 1 | Heat transfer area |
| Integer | nCellsParallel | 1 | Number of parallel discretization elements |
| SI.CoefficientOfHeatTransfer | U_min | 1 | Minimum thermal transmittance (for temperature adaption at zero massflow) |
| Layout |
| Boolean | displayInstanceName (from DropOfCommonsPlus) | dropOfCommons.displayInstanceNames | = true, if instance name is displayed |
| Boolean | displayParameters (from DropOfCommonsPlus) | dropOfCommons.displayParameters | = true, if displaying parameters is enabled |
| Advanced |
| Boolean | considerInertance (from SISOFlow) | dropOfCommons.considerInertance | =true, if transient momentum (inertance) term is considered; disable only for advanced use |
| Utilities.Units.Inertance | L (from SISOFlow) | dropOfCommons.L | Inertance |
| StateSelect | m_flowStateSelect (from SISOFlow) | StateSelect.default | State selection for mass flow rate |
| Boolean | clip_p_out (from SISOFlow) | | = false, if dr_corr=0 (correction of inertial pressure difference) |
| Medium.AbsolutePressure | p_min (from SISOFlow) | dropOfCommons.p_min | Minimum steady-state output pressure |
| Medium.Density | rho_min (from PartialConductionElement) | dropOfCommons.rho_min | Minimal density |
| Boolean | neglectPressureChanges (from PartialConductionElement) | true | =true, if pressure changes are neglected |
| SI.MassFlowRate | m_flow_assert (from PartialConductionElement) | -dropOfCommons.m_flow_reg | Assertion threshold for negative massflows |
| Initialization › Mass flow rate |
| InitializationMethods | initM_flow (from SISOFlow) | ThermofluidStream.Utilities.Types.InitializationMethods.none | Initialization method for mass flow rate |
| SI.MassFlowRate | m_flow_0 (from SISOFlow) | 0 | Initial value for mass flow rate |
| Utilities.Units.MassFlowAcceleration | m_acceleration_0 (from SISOFlow) | 0 | Initial value for derivative of mass flow rate |
| Initialization › Specific enthalpy |
| Internal.InitializationMethodsCondElement | init (from PartialConductionElement) | ThermofluidStream.Processes.Internal.InitializationMethodsCondElement.inlet | Initialization for specific enthalpy |
| Medium.Temperature | T_0 (from PartialConductionElement) | Medium.T_default | Initial Temperature |
| Medium.SpecificEnthalpy | h_0 (from PartialConductionElement) | Medium.h_default | Initial specific enthalpy |
| Advanced › Global energy conservation |
| Boolean | enforce_global_energy_conservation (from PartialConductionElement) | false | = true, if global conservation of energy is enforced |
| Advanced › global energy conservation |
| SI.Time | T_e (from PartialConductionElement) | 100 | Time constant for global conservation of energy |
