Nets

Describes available net alias.

Simple Circulation Net

Describe a simple circulation model useful to run tests.

• Class: Net

• Alias name: circulation_alone

Model

Simple circulation model scheme

Simple circulation model Net

Boundaries

To complete the net, you must add boundary conditions on nodes:

• proximal

• venous

Variables

Default variable names in the net:

• aorta_proximal.blood_pressure

• aorta_distal.blood_pressure

• venous.blood_pressure

Parameters

Default parameter names in the net:

• aorta_proximal.resistance

• aorta_proximal.capacitance

• aorta_distal.resistance

• aorta_distal.capacitance

Spherical Heart Circulation Net

Describe a simple cardiovascular circulation model.

• Class: Net

• Alias name: spherical_heart_net

Model

Spherical Heart Circulation Model

Spherical Heart Circulation Net

Boundaries

To complete the net, you must add boundary conditions on nodes:

• atrium

• venous

Variables

Default variable names in the net:

• cavity.blood_pressure

• atrium.blood_pressure

• aorta_proximal.blood_pressure

• aorta_distal.blood_pressure

• venous.blood_pressure

• valve_atrium.flux

• valve_arterial.flux

• cavity.dynamics.disp

• cavity.velocity_law.vel

• cavity.velocity_law.accel

• cavity.rheology.fib_deform

• cavity.rheology.active_law.active_stiffness

• cavity.rheology.active_law.active_energy_sqrt

• cavity.rheology.active_law.active_tension_discr

Parameters

Default parameter names in the net:

• Circulation

  • aorta_proximal.resistance

  • aorta_proximal.capacitance

  • aorta_distal.resistance

  • aorta_distal.capacitance

• Valves:

  • conductance_iso

  • valve_atrium.inductance

  • valve_atrium.conductance

  • valve_atrium.scheme_ts_flux

  • valve_arterial.inductance

  • valve_arterial.conductance

  • valve_arterial.scheme_ts_flux

  • capacitance_valve.capacitance

• Cavity:

  • pleural.pressure

• Dynamics:

  • cavity.dynamics.vol_mass

  • cavity.dynamics.damping_coef

  • cavity.velocity_law.scheme_ts_hht

• Rheology:

  • cavity.rheology.series_stiffness

  • cavity.rheology.damping_parallel

  • cavity.rheology.active_law.starling_abscissas

  • cavity.rheology.active_law.starling_ordinates

  • cavity.rheology.active_law.destruction_rate

  • cavity.rheology.active_law.crossbridge_stiffness

  • cavity.rheology.active_law.activation