The embedded gas law and pulmonary compliance healthy human simulated lung PID control system
Yongming Cai, Deyu Tang, Faling Yi, Man Luo
Abstract
Yongming Cai, Deyu Tang, Faling Yi, Man Luo
Abstract
The aim of this paper is to present a mechanical lung to simulate human normal breathing. It is based on gas laws and pulmonary compliance theories to establish mathematical model of the lung respiration. The ventilation mode algorithm and the PID controller are fulfilled. The dependency of airway resistance on lung recoil pressure and transmural pressure of the airways are simulated. The result shows that the method is reasonable.
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The aim of this paper is to present a mechanical lung to simulate human normal breathing. It is based on gas laws and pulmonary compliance theories to establish mathematical model of the lung respiration. The ventilation mode algorithm and the PID controller are fulfilled. The dependency of airway resistance on lung recoil pressure and transmural pressure of the airways are simulated. The result shows that the method is reasonable.
Key concepts: PID controller, Pulmonary compliance, Compliance (psychology), Lung, Control theory (sociology), Elastic recoil, Controller (irrigation), Pressure control