This is a near life size, realistic, functional model of the lower respiratory system that aids in the discussion of how we breath for life sustaining purposes and how that changes when we use our breath for speech. The first file is a video of the model functioning. The Diaphragm flattens and moves down allowing lungs to inflate and the ribs move to accommodate those changes, then as the diaphragm returns to it\u27s dome shape the lungs empty and the ribs return to a resting position. The second file is a picture from the front showing the ribs and attributed muscles
International audienceTo study the interaction of forces that produce chest wall motion, we propose ...
AbstractHuman respiration is a process that always occurs in all living things including humans. How...
International audienceThe inspiratory pump (inspiratory muscles and the rib cage) translates inspira...
This is a near life size, realistic, functional model of the lower respiratory system that aids in t...
AbstractThis paper describes a structural model of the human rib cage and abdomen that incorporates ...
In this work, we describe a benchtop model that recreates the motion and function of the diaphragm u...
Respiratory organs--Models.; Lungs--Models.; Human anatomy--Models.; Biological models.https://mosai...
We present an integrated approach between anatomical and physiological modeling that is useful in me...
In producing realistic, animatable models of the human body, we see much to be gained from developin...
International audiencePatient-specific respiratory motion modeling may help to understand pathophysi...
International audienceTumor motion during irradiation reduces target coverage and increases dose to ...
Soft bodies are the models in which the bodies deform during animated frames depending on the intera...
Over the past decade, road safety research and impact biomechanics have strongly stimulated the deve...
International audiencePredicting respiratory motion is challenging, due to the complexity and irregu...
Breathing is a vital process providing the exchange of gases between the lungs and atmosphere. Durin...
International audienceTo study the interaction of forces that produce chest wall motion, we propose ...
AbstractHuman respiration is a process that always occurs in all living things including humans. How...
International audienceThe inspiratory pump (inspiratory muscles and the rib cage) translates inspira...
This is a near life size, realistic, functional model of the lower respiratory system that aids in t...
AbstractThis paper describes a structural model of the human rib cage and abdomen that incorporates ...
In this work, we describe a benchtop model that recreates the motion and function of the diaphragm u...
Respiratory organs--Models.; Lungs--Models.; Human anatomy--Models.; Biological models.https://mosai...
We present an integrated approach between anatomical and physiological modeling that is useful in me...
In producing realistic, animatable models of the human body, we see much to be gained from developin...
International audiencePatient-specific respiratory motion modeling may help to understand pathophysi...
International audienceTumor motion during irradiation reduces target coverage and increases dose to ...
Soft bodies are the models in which the bodies deform during animated frames depending on the intera...
Over the past decade, road safety research and impact biomechanics have strongly stimulated the deve...
International audiencePredicting respiratory motion is challenging, due to the complexity and irregu...
Breathing is a vital process providing the exchange of gases between the lungs and atmosphere. Durin...
International audienceTo study the interaction of forces that produce chest wall motion, we propose ...
AbstractHuman respiration is a process that always occurs in all living things including humans. How...
International audienceThe inspiratory pump (inspiratory muscles and the rib cage) translates inspira...