Add to ORKGThis thesis describes a computer simulation of time dependent behavior of electrical analogs modelling compliance and flow resistance in lower left lobes of dog lungs. The time dependent pressure data modelled results from occlusion of the blood flow in excised lobes with controlled perfusion and ventilation. The analogs are extensions of a previously developed, distributed three resistance-two compliance model of pulmonary vessels. The successes and failures of the analogs provide insights into probable behavior of the flexible walled vessels
We develop a simple computational model based on measurements from a hypoxic neonatal calf model of ...
metrically branched airway model of the dog respiratory system. J. Appl. Physiol.: Respirat. Environ...
This thesis details the development of a steady state hemodynamic morphometrically-based computer mo...
This thesis describes a computer simulation of time dependent behavior of electrical analogs modelli...
This thesis deals with the computer simulation of the static and the dynamic responses of the cat lu...
This thesis details the development of a computer model used for simulations of pulmonary arterial i...
A hemodynamic model of the pulmonary circulation was developed to integrate extant geometric, biomec...
A longitudinal study of monocrotaline-induced pulmonary arterial hypertension (PAH) was carried out ...
Based on an analysis of unsteady, viscous flow through distensible tubes, a lumped-parameter model f...
1. The influence of mean pulmonary arterial pressure (mean P(pa)) on dynamic (C(d)) and pseudostatic...
The cellular electrophysiological properties of the pulmonary vein sleeves (PVS), the intersection b...
Lumped models are frequently used to provide a satisfactory description of the hemodynamic propertie...
We develop a simple computational model based on measurements from a hypoxic neonatal calf model of ...
To quantify the resistance and particularly the capacitance properties of the entire pulmonary vascu...
A digital model of the human circulatory system has been developed which simulates pulsatile blood f...
We develop a simple computational model based on measurements from a hypoxic neonatal calf model of ...
metrically branched airway model of the dog respiratory system. J. Appl. Physiol.: Respirat. Environ...
This thesis details the development of a steady state hemodynamic morphometrically-based computer mo...
This thesis describes a computer simulation of time dependent behavior of electrical analogs modelli...
This thesis deals with the computer simulation of the static and the dynamic responses of the cat lu...
This thesis details the development of a computer model used for simulations of pulmonary arterial i...
A hemodynamic model of the pulmonary circulation was developed to integrate extant geometric, biomec...
A longitudinal study of monocrotaline-induced pulmonary arterial hypertension (PAH) was carried out ...
Based on an analysis of unsteady, viscous flow through distensible tubes, a lumped-parameter model f...
1. The influence of mean pulmonary arterial pressure (mean P(pa)) on dynamic (C(d)) and pseudostatic...
The cellular electrophysiological properties of the pulmonary vein sleeves (PVS), the intersection b...
Lumped models are frequently used to provide a satisfactory description of the hemodynamic propertie...
We develop a simple computational model based on measurements from a hypoxic neonatal calf model of ...
To quantify the resistance and particularly the capacitance properties of the entire pulmonary vascu...
A digital model of the human circulatory system has been developed which simulates pulsatile blood f...
We develop a simple computational model based on measurements from a hypoxic neonatal calf model of ...
metrically branched airway model of the dog respiratory system. J. Appl. Physiol.: Respirat. Environ...
This thesis details the development of a steady state hemodynamic morphometrically-based computer mo...