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Titlebook: Respiratory Biomechanics; Engineering Analysis Mary A. Farrell Epstein,James R. Ligas Conference proceedings 1990 Springer-Verlag New York,

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Lung Tissue Mechanicslume that are outside the range of linear elasticity. For large changes in volume, the inelastic behavior of the lung is accentuated. Thus, the concept of elasticity as applied to the lung is restricted to small changes in distortion.
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Architecture of Lung Parenchymafoam, and it accomplishes the supply and removal of gasses by passively changing its volume while under varying tension. Neither solution is the only one available to an organism; the exchanging surfaces of avian lungs are more similar to bundled tubes, and air is propelled through this constant-volume array by the action of peripheral sacs.
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Elasticity of Pulmonary Blood Vessels in Human Lungs volume in response to an alteration in blood pressure. In order to formulate such problems, mechanical property data for blood vessels of all generations of the human lung are needed and are gathered in our laboratory. In particular, vessel diameter as a function of transmural pressure are measured for each vessel generation.
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