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Yasumura, Suga, 1988
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Crossbridge Model Compatible with the Linear Relationship between Left Ventricular Oxygen Consumption and Pressure-Volume Area
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Model Mathematics
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Component: environment
Component: equations
PVA
=
0.5
Pes
V_ed
-
V_0
PVA
=
0.5
E_max
V_ed
-
V_0
2
V_O2
=
1
0.65
-
delta_H
N_0
+
-
delta_H
N_NM
eff
=
delta_G
delta_H
1
alpha
1
1
+
rT_max
K
Component: equations_final
P
=
Elasticity
V
-
V_0
V
=
not_known
h
=
N_0
-
delta_H
-
W
d
d
time
N_on
=
R_A
-
R_D
dN_on_dt
=
R_A
-
R_D
d
d
time
N_0
=
R_A
R_DF
=
r
N_on
R_D
=
R_DF
+
R_DW
PVA
=
U
+
W
d
d
time
W
=
alpha
-
delta_G
R_DW
d
d
time
U
=
alpha
-
delta_G
dN_on_dt
U
=
0.5
P
V
-
V_0
delta_G
=
-
R
T
ln
K_2
K_1
d
d
time
EnergyLoss
=
0.5
P
V_t
-
V_0
Component: driver_function_shaw
e_t
=
A
ⅇ
-
B
time
HR
60
-
C
2
Source
Derived from workspace
Yasumura, Suga, 1988
at changeset
ca5f47314dca
.
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Creative Commons Attribution 3.0 Unported License
.
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Crossbridge Model Compatible with the Linear Relationship between Left Ventricular Oxygen Consumption and Pressure-Volume Area