modelCardiovascularSystem_GCG
Cardiovascular part of Guyton-Coleman-Granger's model from 1972
Extends from Modelica.Icons.Example (Icon for runnable examples).
Information
Cardiovascular subsystem in famous Guyton-Coleman-Granger model from 1972.
Model, all parameters and all initial values are from article:
A.C. Guyton, T.G. Coleman, H.J. Granger (1972). "Circulation: overall regulation." Annual review of physiology 34(1): 13-44.
Components
| Type | Name | Default | Description |
|---|---|---|---|
| Components.ElasticVessel | pulmonaryVeinsAndLeftAtrium | ||
| Components.ElasticVessel | pulmonaryArteries | ||
| Hydraulic.Components.Conductor | pulmonary | ||
| Components.ElasticVessel | arteries | ||
| Components.ElasticVessel | veins | ||
| Hydraulic.Components.Conductor | nonMuscle | ||
| Sensors.PressureMeasure | pressureMeasure | ||
| Components.Pump | rightHeart | ||
| Types.Constants.VolumeFlowRateConst | RNormalCO | ||
| Sensors.PressureMeasure | pressureMeasure1 | ||
| Components.Pump | leftHeart | ||
| Types.Constants.VolumeFlowRateConst | LNormalCO | ||
| Hydraulic.Components.Conductor | kidney | ||
| Hydraulic.Components.Conductor | muscle | ||
| Hydraulic.Components.Conductor | largeVeins | ||
| Components.ElasticVessel | rightAtrium | ||
| Blocks.Factors.Spline | rightStarling | At filling pressure 0mmHg (because external thorax pressure is -4mmHg) is normal cardiac output (effect=1). | |
| Blocks.Factors.Spline | leftStarling | At filling pressure -0.0029mmHg (because external thorax pressure is -4mmHg) is normal cardiac output (effect=1). |
Revisions
2014
Marek Matejak, Charles University, Prague, Czech Republic