modelCardiovascularSystem_GCG_SteadyState

Cardiovascular part of Guyton-Coleman-Granger's model from 1972

Diagram of CardiovascularSystem_GCG_SteadyState

Extends from Hydraulic.Examples.CardiovascularSystem_GCG (Cardiovascular part of Guyton-Coleman-Granger's model from 1972).

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	Description
Components.ElasticVessel	pulmonaryVeinsAndLeftAtrium (from CardiovascularSystem_GCG)
Components.ElasticVessel	pulmonaryArteries (from CardiovascularSystem_GCG)
Hydraulic.Components.Conductor	pulmonary (from CardiovascularSystem_GCG)
Components.ElasticVessel	arteries (from CardiovascularSystem_GCG)
Components.ElasticVessel	veins (from CardiovascularSystem_GCG)
Hydraulic.Components.Conductor	nonMuscle (from CardiovascularSystem_GCG)
Sensors.PressureMeasure	pressureMeasure (from CardiovascularSystem_GCG)
Components.Pump	rightHeart (from CardiovascularSystem_GCG)
Types.Constants.VolumeFlowRateConst	RNormalCO (from CardiovascularSystem_GCG)
Sensors.PressureMeasure	pressureMeasure1 (from CardiovascularSystem_GCG)
Components.Pump	leftHeart (from CardiovascularSystem_GCG)
Types.Constants.VolumeFlowRateConst	LNormalCO (from CardiovascularSystem_GCG)
Hydraulic.Components.Conductor	kidney (from CardiovascularSystem_GCG)
Hydraulic.Components.Conductor	muscle (from CardiovascularSystem_GCG)
Hydraulic.Components.Conductor	largeVeins (from CardiovascularSystem_GCG)
Components.ElasticVessel	rightAtrium (from CardiovascularSystem_GCG)
Blocks.Factors.Spline	rightStarling (from CardiovascularSystem_GCG)	At filling pressure 0mmHg (because external thorax pressure is -4mmHg) is normal cardiac output (effect=1).
Blocks.Factors.Spline	leftStarling (from CardiovascularSystem_GCG)	At filling pressure -0.0029mmHg (because external thorax pressure is -4mmHg) is normal cardiac output (effect=1).
Components.MassConservationLaw	bloodVolume

Revisions

2014

Marek Matejak, Charles University, Prague, Czech Republic