Table 1.

The model parameters of the PA, the RV and the closed-loop system at s = 0.

PA	geometry		$R_{\mathrm{PA}}(s=0)$ (mm)a	11.3
			$L_{\mathrm{PA}}(s=0)$ (mm)a	64.0
			$H_{\mathrm{PA}}(s=0)$ (mm)a	1.02
	mass		$M(s=0)$ (kg mm−2)a,b	1.07 × 10−6
	collagen	mass fraction	${\varphi }^c(s=0)$c	0.35
		mass turnover	$k_q^{\kappa =1-4}$ (day−1)b	0.02
			$m_b^{\kappa =1-2}=m^{\kappa =1-2}(s=0)$ (kg mm−2 day−1)a,b	7.51 × 10−10
			$m_b^{\kappa =3-4}=m^{\kappa =3-4}(s=0)$ (kg mm−2 day−1)a,b	3.00 × 10−9
		deposition stretch	$G_h^{\kappa =1-4}$c	1.08
		mechanical properties	$k_1$ (N mm kg−1)c	2.29 × 105
			$k_2$	3.62
		reference stress	${\sigma }_h^{\kappa =1}={\sigma }^{\kappa =1}(s=0)$ (MPa)c	0.0183
			${\sigma }_h^{\kappa =2}={\sigma }^{\kappa =2}(s=0)$ (MPa)c	0.0318
			${\sigma }_h^{\kappa =3-4}={\sigma }^{\kappa =3-4}(s=0)$ (MPa)c	0.0269
	SMC	mass fraction	${\varphi }^m(s=0)$c	0.25
		mass turnover	$k_q^{\kappa =1-4}$ (1/day)b	0.02
			$m_b^m=m^m(s=0)$ (kg mm−2 day−1)a,b	5.37 × 10−9
		deposition stretch	$G_h^m$c	1.06
		mechanical properties	$m_1$ (N mm kg−1)c	5.47 × 104
			$m_2$c	3.63
		reference stress	${\sigma }_h^m$ (MPa)c	0.0203
	elastin	mass fraction	${\varphi }^e(s=0)$c	0.4
		deposition stretch	$G_{h,11}^e=G_{h,22}^e$c	1.15
		mechanical properties	$c$ (N mm kg−1)c	7.06 × 104
RV	geometry		$R_{\mathrm{RV}}(s=0)$ (mm)a	36.0
			$H_{\mathrm{RV}}(s=0)$ (mm)a	8.10
	passive properties		$C(s=0)$ (MPa)b	0.7 × 10−3
			$b_f$b	20.0
	active properties		$T_{\max }(s=0)$ (MPa)b	0.145
			$C{a}_0={(C{a}_0)}_{\max }$ (µM)b	4.35
			$l_r$ (µm)b	1.85
			$l_0$ (µm)b	1.58
			$B$ (µm−1)b	1.43
			$t_0$ (ms)b	270
			$t_{tr}$ (ms)b	405
			${\tau }_r$ (ms)b	25
circulatory system			$R_{\mathrm{pv}}=R_{\mathrm{pa}}$ (MPa ms−1 ml−1)d	0.002
			$R_{\mathrm{cp}}(s=0)$ (MPa ms−1 ml−1)d	0.05
			$R_{\mathrm{cv}}$ (MPa ms−1 ml−1)d	0.004
			$C_{\mathrm{cp}}(s=0)$ (ml MPa−1)d	6.5 × 103
			$C_{\mathrm{cv}}$ (ml MPa−1)d	3.5 × 103
			$V_{\mathrm{cp},r}$ (ml)d	2.0
			$V_{\mathrm{cv},r}$ (ml)d	10.0

^aPatient-specific acquired by the MR images.

^bGeneral estimation by the previous studies [9, 20, 27].

^cPatient-specific by optimization in the previous study [13].

^dCalibration to fit the patient-specific clinical P–V relationship of PA and RV.