modelConductionElement
Model of quasi-sationary mass and heat transfer
Extends from Internal.PartialConductionElement.
Information
Undirected implementation of the Conduction Element.
This model is an element with a fixed volume (fig. 1). The mass in the volume is assumed quasi-stationary (statically computed with volume and density), and the fore massflow is coupled to the rear massflow.
Because of this the ConductionElement cannot be used as a loop breaker.
The advantage is that multiple ConductionElements can be put behind each other without worrying about oscillations or fast eigenvalues between their masses. The ConductionElement implements equations for conservation of mass and energy for the fluid mass contained within it.
For further documentation see the documentation of the motherclass.
Parameters
| Type | Name | Default | Description |
|---|---|---|---|
| SI.ThermalConductance | k_internal | if resistanceFromAU then A*U else k_par | |
| Boolean | displayAnything | displayParameters and (displayVolume or displayConduction) | |
| String | parameterString | if displayParameters and displayVolume and displayConduction then "V=%V, " + conductionString elseif displayParameters and displayVolume and not displayConduction then "V=%V" elseif displayParameters and not displayVolume and displayConduction then conductionString else "" | |
| String | conductionString | if resistanceFromAU then "A=%A, U=%U" else "k=%k_par" | |
| Thermal Conductance | |||
| Boolean | resistanceFromAU | true | = true, if thermal conductance is given by U*A |
| SI.Area | A | 1 | Heat transfer area |
| SI.CoefficientOfHeatTransfer | U | 200 | Thermal transmittance |
| SI.ThermalConductance | k_par | 200 | Thermal conductance |
| Layout › Display parameters | |||
| Boolean | displayVolume | true | = true, if volume V is displayed |
| Boolean | displayConduction | true | = true, if thermal conductance is displayed |