Add to ORKGA human lung simulator was implemented using a model based on the Fick principle. The simulator is designed to emulate C02 production and 0 2 consumption in the body and gas exchange in the lung. The implementation consists of hardware and software to control the flow of gases entering and leaving a ventilated test lung. An initial test of C02 production qualitatively demonstrated that the lung simulator behaved as expected. Since this project is in its initial stages, additional experimentation and model refinement is necessary for the simulator to accurately represent physiologic responses of a human lung
The mechanisms of gas transport in the lung occur within the detailed morphometry of the conducting ...
Abstract. An algorithm to produce a branching system is proposed in order to simulate the human lung...
Computer simulation of air flow and particle transport phenomenon within the human upper respiratory...
We have implemented a real-time simulator of gas-exchange in the human body and lung. The system rea...
Simulation models in respiratory research are increasingly used for medical product development and ...
The paper discusses the design, modelling, implementation and testing of a specific LUNG simulator,....
AbstractHuman respiration is a process that always occurs in all living things including humans. How...
In order to test medical devices, industry increasingly uses simulators closely reassembling the beh...
Increasing attention is paid to mechanical ventilation as one cause behind aggravation of lung injur...
The air flow in a realistic geometry of human lung is simulated with computational flow dynamics app...
A comprehensive model of oxygen (O2) and carbon dioxide (CO2) exchange, transport, and storage in th...
“Model of the Lungs and Diaphragm”, a simple Bell jar lung model to demonstrate the basic principles...
Soft bodies are the models in which the bodies deform during animated frames depending on the intera...
Previous models of the CO2-H(+) control of ventilation have been concerned either with the response ...
Cílem práce bylo navrhnout simulátor respiračního systému dospělého pacienta schopného spotřebovávat...
The mechanisms of gas transport in the lung occur within the detailed morphometry of the conducting ...
Abstract. An algorithm to produce a branching system is proposed in order to simulate the human lung...
Computer simulation of air flow and particle transport phenomenon within the human upper respiratory...
We have implemented a real-time simulator of gas-exchange in the human body and lung. The system rea...
Simulation models in respiratory research are increasingly used for medical product development and ...
The paper discusses the design, modelling, implementation and testing of a specific LUNG simulator,....
AbstractHuman respiration is a process that always occurs in all living things including humans. How...
In order to test medical devices, industry increasingly uses simulators closely reassembling the beh...
Increasing attention is paid to mechanical ventilation as one cause behind aggravation of lung injur...
The air flow in a realistic geometry of human lung is simulated with computational flow dynamics app...
A comprehensive model of oxygen (O2) and carbon dioxide (CO2) exchange, transport, and storage in th...
“Model of the Lungs and Diaphragm”, a simple Bell jar lung model to demonstrate the basic principles...
Soft bodies are the models in which the bodies deform during animated frames depending on the intera...
Previous models of the CO2-H(+) control of ventilation have been concerned either with the response ...
Cílem práce bylo navrhnout simulátor respiračního systému dospělého pacienta schopného spotřebovávat...
The mechanisms of gas transport in the lung occur within the detailed morphometry of the conducting ...
Abstract. An algorithm to produce a branching system is proposed in order to simulate the human lung...
Computer simulation of air flow and particle transport phenomenon within the human upper respiratory...