packageObsolete

Package with all the obsolete compoennts including the date of their phasing out

Extends from Modelica.Icons.Library.

Information

Main Authors:
Sylvain Quoilin; <squoilin@ulg.ac.be>
Adriano Desideri <adesideri@ulg.ac.be>
University of Liege
Laboratory of thermodynamics
Campus du Sart-Tilman B?t B49 (P33)
B-4000 Li?ge - BELGIUM -
Copyright:
Copyright © 2013-2014, Sylvain Quoilin and Adriano Desideri.
The IndustrialControlSystems package is free software; it can be redistributed and/or modified under the terms of the Modelica license.

Contents

NameDescription
Flow1Dim_1306271-D fluid flow model (finite volume discretization - real fluid model)
Flow1DimInc_1307021-D fluid flow model (finite volume discretization - incompressible fluid model)
Flow1DimL_1306271-D fluid flow model ( Lumped - real fluid model)
Hx1DInc_130701
Hx_130627Simplified heat exchanger model, useful for the ORCNext project
ORC_DetailedExpander_130627Non-regenerative ORC with double-PID control system and variable Tev, detailed expander model
Flow1DimInc_18081-D fluid flow model (finite volume discretization - incompressible fluid model). Based on the Cell component
Flow1Dim_limit_18081-D fluid flow model (finite volume discretization - real fluid model). Based on the cell component with limited node enthalpy
Flow1Dim_18081-D fluid flow model (finite volume discretization - real fluid model). Based on the cell component
HxRec1D_1808
Hx1DInc_1808
Hx1DConst_1808
SolarCollectorIncSchott_1808
SourcePOld_041113Pressure source for water/steam flows
SinkVdot_Old_041113Volumetric flow sink for current working fluid
Source_Cdot2_04112013Flowrate source for Cdot-type heat source
FlowConst_0411131-D fluid flow model (finite volume discretization - ideal fluid model)
Hx_06122013Simplified heat exchanger model. Not object-oriented
HxRec_06122013
SolAbs
SolarCollector_24_01_2014Solar Collector Model
SolarCollectorInc_24_01_2014
SolarCollectorSchott_24_01_2014
SolarCollectorIncSchott_24_01_2014
AbsorberSchott_24_01_2014