Cardiovascular models
Several models of a cardiovascular system, integrated with short-term and long-term control mechanisms, are presented.
Installation
Select one option of these
- CardiovascularTotal.mo -- self contained model with the libraries mentioned above suitable for Dymola tool,
no other requirements- copy this file into your preferred location and open it in Dymola.
- Cardiovascular.mo -- requires Modelica 3.2.1 and Physiolibrary 2.3.1, suitable for OpenModelica and Dymola tool
- download Physiolibrary 2.3.1 or later from www.physiolibrary.org
- open Physiolibrary/Physiolibrary/package.mo
- open Cardiovascular.mo
Usage
In Modelica tool (OpenModelica or Dymola) open
Cardiovascular/Models/{Meurs,Burkhof,Smith}/
- Hemodynamics*_shallow -- the implementation of hemodynamics in one diagram
- Hemodynamics* - the identical implementation as above, but using abstract architecture model of CVS
- Hemodynamics*_control - hemodynamics with long term and short term regulation mechanism - no scenario
- AorticValveStenosis - the controlled model with scenario of aortic valve stenosis
- Bleeding - the controlled model with scenario of 500 ml blood loss.
Tested in OpenModelica 1.9.3+dev (r25502) and Dymola version 2015 FD01 and Dymola version 2016 FD01.