Co-Simulation oder Modelica: Kopplung von ...
Co-Simulation oder Modelica: Kopplung von ...
Co-Simulation oder Modelica: Kopplung von ...
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3. Weg B: Einheitliche <strong>Simulation</strong> unter <strong>Modelica</strong><br />
model Receiver<br />
....<br />
der(U) = inlet.Hdot + outlet.Hdot;<br />
p = Refrigerant.pSat(T);<br />
....<br />
end Receiver;<br />
model ACCycle<br />
Valve valve;<br />
Gascooler gascooler;<br />
Receiver receiver;<br />
Evaporator evaporator;<br />
<strong>Co</strong>mpressor compressor;<br />
equation<br />
connect(receiver.outlet, compressor.inlet);<br />
connect(compressor.outlet, gascooler.inlet);<br />
connect(gascooler.outlet, valve.inlet);<br />
connect(valve.outlet, evaporator.inlet);<br />
connect(evaporator.outlet, receiver.inlet);<br />
end ACCycle;<br />
model Denso<strong>Co</strong>mpressor<br />
extends <strong>Co</strong>mpressor;<br />
...<br />
end Denso<strong>Co</strong>mpressor;<br />
<strong>Co</strong>-<strong>Simulation</strong> <strong>oder</strong> <strong>Modelica</strong><br />
Aachen, 21.3. 2006, Wilhelm Tegethoff
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