Table 5.

Default fixed parameters for windkessel circulatory and LA elastance model, as obtained from (Shavik et al. 2018)

Parameters	Unit	Values
Aortic valve resistance, Rao	$\mathrm{Pa}\ast \mathrm{ms}\ast {\mathrm{ml}}^{-1}$	6500
Mitral valve resistance, Rmv	$\mathrm{Pa}\ast \mathrm{ms}\ast {\mathrm{ml}}^{-1}$	2500
Peripheral vascular resistance, Rper	$\mathrm{Pa}\ast \mathrm{ms}\ast {\mathrm{ml}}^{-1}$	80,000
Venous resistance, Rven	$\mathrm{Pa}\ast \mathrm{ms}\ast {\mathrm{ml}}^{-1}$	2000
Arterial compliance, Cart	$\mathrm{Pa}\ast \mathrm{ml}$	0.033
Venous compliance, Cven	$\mathrm{Pa}\ast \mathrm{ml}$	0.4
Resting volume for arterial, Vart,0	$\mathrm{ml}$	580
Resting volume for venous, Vven,0	$\mathrm{ml}$	3600
LA end-systolic elastance,$E_{es,LA}$	$\mathrm{Pa}/\mathrm{ml}$	60
Volume axis intercept from ESPVR,$V_{0,LA}$	$\mathrm{ml}$	10
Scaling factor for EDPVR,$A_{\mathit{LA}}$	$\mathrm{Pa}$	58.67
Exponent coefficient for EDPVR,$B_{\mathit{LA}}$	${\mathrm{ml}}^{-1}$	0.049
Time to LA end-systole,$t_{max,LA}$	$\mathrm{ms}$	200
LA relaxation time constant,${\tau }_{\mathit{LA}}$	$\mathrm{ms}$	25